BE ELECTRICAL (TELECOMMUNICATION)

ABSTRACTS FINAL YEAR DESIGN PROJECTS

2012

DEPARTMENT OF ELECTRICAL ENGINEERINGMILITARY COLLEGE OF SIGNALS

AIR INTERFACE FOR LTE RADIO: AN UPLINK PHYSICAL LAYER DESIGN

There's a bandwidth explosion taking place in mobile communications. The rapid growth of mobile communications has driven the number and diversity of wireless communications standards over the last 15 years. The industry has adopted GSM, W-CDMA, the CDMA2000 family as well as other parallel communications standards such as WiMAX. The wireless players are now converging on one set of standards: LTE (long-term evolution). This unprecedented convergence will eventually lead to "LTE Advanced," a true 4G standard. But first we must complete the transition to LTE, which will provide significantly increased data rates, improved spectral efficiency using OFDM (orthogonal frequency-division multiplexing) and MIMO (multiple-input and multiple-output), scalable bandwidth (1.25 MHz to 20 MHz), support for single (TDD) and dual/paired channels (FDD), and an "all IP network" (AIPN) that will leverage the IP ecosystem by transitioning the higher network layers to IP protocol.

This project aims at designing the transceiver chain of a system based on SC-FDM and OFDM technology. The work is phrased in the context of the upcoming LTE uplink and Downlink standard in order to ensure its suitability in a real system. Different academic and industrial research organizations are evaluating the performance and suitability of LTE vis-à-vis availability of processing and computational hardware. The project will focus on implementation of physical layer (downlink and uplink) LTE air interface according to release 8 of 3GPP. The project incorporate the use of LABVIEW (graphical programming language) and then implementation of these design of uplink and downlink of LTE(4G) on National instruments PXI module PXI 1045.

Syndicate Members: Muhammad Sabih JavedSaad SiddiqueDileep KumarSardar Asfand Yar

Supervisor: Dr. Arif Wahla

AUTOMATED HOME SYSTEM USING DAS WITH GSM SUPPORT

Living at a safe place and secure house has always been the desire of a human being. In modern era prevailing insecurity/hazards brought by the modern technology has made the requirements more challenging and technical. Gone are the days when people could afford and employ a watchman to satisfy the safety requirements. Technological advancement in this field and development of various types of sensors has rendered the task of automation and securing a house against burglary, fire, or malfunctioning/non functioning of a device possible.

Recently, in the decade of 2K, homeowners could purchase and install their own video surveillance /video security system. Home security cameras became more readily available for homeowners and not just the business owners. After purchasing a security camera, the homeowner could then view the images on a television, computer, or other type of receiver. The need for a monthly service or “watchdog” wasn’t needed.

There are many types of home security systems that not only protect our property but most importantly, our family. There are two types of security systems - the wired one and the wireless security system. The technology used in wired and wireless systems are completely different. Wireless systems do not require wiring the house and send messages through radio signals to a central control panel. Wireless security systems are easier to install and do not need any of wiring. These wireless systems were once seen as undependable compared to the wired systems. But with the latest technology and advancements, wireless systems become more reliable, cost effective and hence more popular.

In our system we will be using sensors which will be controlled through microcontroller, the whole system will give the house protection against intruder and fire. Automation such as water tank will be automated; conservation of energy by automatically controlling the blinds and lights, and the system will also be configured to be controlled by a personal computer and remotely full access by cell phone by integrating the GSM module into the system.

Syndicate Members:

Muhammad IrfanMuhammad TaimurAbdul Saboor

Supervisor: Asst Prof. Fazal Ahmed

CENTRALIZED ENVIRONMENTAL NETWORK MONITORING AND REPORTING SYSTEM (CENMARS)

The need for remote monitoring and control system of remote sites has increased manifolds due to the increase in unmanned sites (especially for Telcos). A survey indicates that no current Telco in Pakistan is equipped with centralized environmental monitoring system for the un-manned sites. This project is based on Client-Server application. Client side is connected with remote environmental and network sensors for alarm generation. Alarm data is gathered at the centralized server for timely reporting, efficient monitoring and response system.

Due to the recent energy and resource crisis in the country, efficient resource management is of utmost importance. The project provides a handy tool to the national industry stake holders such as telecom operators, for the control of remote unmanned sites.

The architecture of CENMaRS is based on sensors, controller and a server. The sensors monitor the environmental variables continuously and pass the observed values to the controller. The different types of sensors are humidity sensor, temperature sensor and door sensor. Readings from these sensors are filtered on the controller in order to remove redundant values. The ARM9 development board has been used as the controller. After processing on the controller, the data is sent to the server through wired connection using a Client-Server model. A database is maintained of the entire data from the sensors and the filtered data is displayed on the Front-end Graphical User Interface. When the environmental variables exceed certain defined threshold, the value in the GUI is highlighted indicating a need for immediate action. Corresponding to this, alarms are generated as well as the concerned authorities are reported by SMS (which are sent through GSM module connected at the server).

An extra feature of our project is the monitoring of the connected devices. This is done by employing Simple Network Management Protocol (SNMP) which is an application layer protocol. It is implemented on the ARM9 development board and is responsible for constantly monitoring the status of the sensors connected. If a device goes down, the authorities at the server will know of its failure and can apply corrective measurements.

Syndicate Members:

Rabya MahmoodJavaria KhalidMuhammad Ahmed MehmoodAmal Atique

Supervisor: Engr Asim Rasheed

COMMUNICATION LINK FOR UAV

Modern communication systems are striving to achieve maximum possible capacity of the channel that comes with robustness. Due to the recent development in technology, mobile platforms are gaining preferences as communication (Audio, Video or Data) devices. Recent trend to use mobile platforms as communication devices impose supplementary limitation in terms of battery life and quality of communication. The primary requirement for video transmission from a mobile platform is that it should be transmitted accurately with minimum use of battery life to prolong the time of operation.

In order to fulfill the requirement of prolonged battery life, computationally less complex encoder is desired which will lower the power requirement of the processing unit. In this regards, the paradigm of distributed video coding is proposed. It promises to provide the capability to shift a portion of complexity from encoder to decoder which, otherwise tends to impose upper limitation on the flight time of the probe. The proposed scheme is also beneficial in terms of decoding error robustness, providing improved immunity to drift errors between encoder and decoder as compared to standardized video compression techniques. Robustness is ensured by the NLOS capability of OFDM implementation which also promises adequate bandwidth for video transmission.

The intended objective of our project is to develop a robust and efficient video compression and transmission module for mobile platforms. This link should include a compression algorithm that promises a computationally less expensive procedure and the complete system to fulfill our requirement of data rate and robustness.

Our design is to implement motion estimation on decoder side instead of encoder side. This will give an advantage of reduce use of resources on UAV thus saving power requirement and reducing complexity on UAV end. Our design implements PRISM (Power-efficient, Robust, hIgh-compression, Syndrome based Multimedia coding) architecture proposed in 2002 and redefined in 2007.

Syndicate Members:

Danish IlyasMuhammad Faisal InayatHafiz Muhammad MuneebUsman Saeed Raja

Supervisor: Asst Prof Raja Iqbal

DDC/DUC HARDWARE IMPLEMENTATION FOR SDRS

A Software Defined Radio (SDR) has three parts namely RF section, IF section and Baseband section. The project deals with the IF section. Digital down convertor (DDC) and Digital up convertor (DUC) are extensively used in the radio systems. They are more popular than their analogue counterparts because of small size, low power consumption and accurate performance. We have chosen Field-Programmable Gate Array (FPGA) for implementation of design because of their real time and high speed processing.

The implementation of DDC and DUC was previously done on ASICs (Application Specific ICs). An ASIC is an integrated circuit (IC) customized for a particular use, rather than intended for general-purpose use FPGA are the modern-day technology for building a breadboard or prototype from standard parts. Programmable logic blocks and programmable interconnects allow the same FPGA to be used in many different applications. For smaller designs and lower production volumes, FPGAs may be more cost effective than an ASIC design even in production.

The DDC converts the signal at the output of analog to digital convertor (ADC), centered at the intermediate frequency (IF), to complex baseband signal. In addition, DDC also decimates the baseband signal without affecting its spectral characteristics. The decimated signal, with a lower data rate, is easier to process on a low speed DSP processor. Similarly, the DUC converts a baseband signal to a passband IF signal.

The developed prototype has been tested on software by simulating it on the System Generator of ‘Xilinx ISE design suite 12.3’ and the results were in accordance with the theoretically calculated ones. The developed code was synthesized using the Xilinx environment. Synthesized code was tested successfully on FPGA board using ‘Hardware Co-Simulation’. Aim is to implement it on standalone hardware for commercial purpose.

Syndicate Members:

Syed Jawad MohsinAbdul WahabMuhammad Bilal SultanHussain Imtiaz Khan

Supervisor: Dr Adnan Rashdi

DEVELOPMENT OF GSM INTERCEPTOR

Mobile communication is one of the most secure and hard to monitor communication because of its large subscriber base and secure authentication procedure (Pakistan having 97.3 million subscribers in April 2010). With such a vast number of users the concept of real time surveillance becomes close to impossible but with the proposed project we can cut off a small chunk of that 97.3 million and monitor them for information.

The system is designed to exploit the weakness in the GSM architecture that is lack of mutual authentication. The development of GSM interceptor involves the development of our own GSM network using a software defined radio. The principal goal of the project is to prove and exploit the weakness in the security of the GSM standards.

Our system is designed to provide an indigenous solution for GSM interception intended to equip our law enforcement agencies. The software defined radio is used to create our own BTS that can spoof the parameters of any mobile network operators legitimate BTS. The USRP (universal software radio peripheral) acts as the RF front end of our interceptor and hooks up an MS (mobile station) over the Um interface. This scenario allows us to execute a man in the middle attack on the victim MS and also perform dynamic SIM (subscriber identity module) cloning and hence create data on behalf of the victim.

The GSM interceptor created will be capable of performing an attack on a victim mobile station and enable us to sniff GSM information such as the mobile stations IMEI (international mobile equipment identity), IMSI (international mobile subscriber identity) and retrieve SRES (signed response) in response to a RAND (random number) and then use this information in dynamic SIM cloning to spoof the victims data and also create fake data on behalf of the victim.

Syndicate Members: Ahthsham KhawajaRana Umar MajeedMuhammad FarrukhUmer Younas

Supervisor: Dr Adnan Rashdi

DEVELOPMENT OF JAMMER AGAINST VHF BAND (34-176 MHZ) REMOTE CONTROL IMPROVISED EXPLOSIVE DEVICES

Pakistan is facing a serious social and security threat against national harmony due to terrorist bombing. Terrorist often use remote control devices such as walike talkie and cordless phones etc for activation of remote controlled devices. The project will give an easy and low cost tool for jamming of VHF band remote control devices in a selective region.

Originally much of the technology associated with jamming was developed for military purposes.A huge part of security in the military is data security, Jamming communications signals locally can prevent the loss of data.Some Law Enforcement agencies use Jammers to prevent criminals from communicating.Law Enforcement and military both use Jammers for preventing signals from certain kinds of remote explosive detonation devices.Jammers originally worked on analog signals eventually Jamming was necessary on digital networks Newer Jammers will block VHF, HF, AMPS and GSM networks.

The jammer that has been designed isconsisted of three major parts. The power supply, IF section, RF section. The Jammer is designed to take its power from a source continuously and convert it into the dc output voltage required to drive the circuitry. The IF-section of the jammer is used to generate the tuning signal required in the RF-Section. The main parts of the IF-Section are Wave Generator, Noise Generator and Signal Mixer.The RF-section is responsible for generating and transmitting the RF-Jamming signal. The main parts are oscillator, Power Amplifier, and the Antenna.

A prototype Jammer has been designed that will overflow the VHF frequency used by wireless phones with radio waves.Enough interference and distortion caused by these waves will prevent communication between a wireless media and a base tower.

Syndicate Members: SulemanBilal TimimyAbid MehmoodFahad Maqsood

Supervisor: Engr Syed Muhammad Ali Abidi

HOSPITAL ASSETS, PERSONNEL AND VEHICLE MANAGEMENT SYSTEM

The industries and organizations of Pakistan are far behind in the area of asset and personnel tracking. In recent years, numerous companies have been established which provide vehicle tracking but a comprehensive management system which incorporates asset and personnel tracking integrated with vehicle tracking has not been so far implemented in Pakistan. Most of the organizations rely on old management techniques which are not at par with the modern standards of the competitive market. There is no technology reliance. Most of the tracking techniques employ the use of surveillance cameras which is not an effective solution for an organization which has a large number of assets and employees. The RFID technology has not been widely implemented and is still in its infancy. Utilizing the full potential of this technology and integrating it with the existing tracking systems can be a powerful tracking and management tool for organizations and can help boost productivity of the local industry.

The management sytem has been designed and implemented which will make use of the RFID technology for indoor tracking of assets and personnel. A gps/gprs compact module is used to track outdoor vehicles. This complete system allows the organization to keep track of all its assets, personnel and vehicles with a single system server. The authorized personnel will be allowed to monitor their movement and usage statistics. The information from all the tracking modules will be constantly sent to a centralized server and a database will keep records for future use. This complete system will provide a comprehensive and effective management solution to the large scale organizations in Pakistan.

A prototype outdoor tracking module has been built which gets coordinates from gps antenna, transmits it to server end via gprs where the coordinates for each tracker are stored in database. Similarly, indoor tracking is achieved through 3 RFID readers placed strategically around a room containing a few RFID active tags. The process of trilateration is performed using known algorithms and mapping of tag’s location is done on server side.

Syndicate Members:

Syed Zohaib HassanMuhammad Omar NasirAli Usman ShahidMariam Tariq

Supervisor: Dr Adnan Rashdi

IMPLEMENTATION OF NARROWBAND AND WIDEBAND WAVEFORMS FOR SDR

In today’s fast evolving world the technological growth in the field of Wireless Communication is extensive. Unfortunately conventional radio devices have limited cross-functionality. Hence the concept of SDR came into being. Software Defined Radio technology aims to take advantage of programmable hardware modules to build Open-architecture based radio system software. This leads to device flexibility, software portability and system upgradability.

This project focuses to develop VHF/UHF Narrowband and Wideband waveforms for existing SDR platforms. The narrowband waveform based on frequency modulation (FM) designed for audio transmission and OFDM Wideband waveform designed for data transmission coded in C++ and Python are implemented on the platform. OFDM is chosen so as to achieve higher data rate. It is spectrally efficient and is a sensational technology that has found its way into the most important standards for wireless communications. In the new generation called 4G, in which the main standards are the IEEE 802.16 (Worldwide Interoperability for Microwave Access (WiMAX)) and the 3GPP’s Long Term Evolution (LTE).

Amongst the wide choice of commercially available SDR platforms, such as the DSP, GPP, FPGA, the GPP with USRP as the RF frontend is being used in the project. The General Purpose Processor used in this project is not the computer’s processor but the Beagleboard-xM. The Beagleboard-xM is equipped with a Cortex A8 1GHz processor. The USRP board in conjunction with a RF daughterboard, a Beagleboard-xM and GNU radio Software is being used.

The project envisions creating a standalone Software Defined Radio device dedicated to the transmission and reception of the indigenously developed VHF/UHF Narrowband and Wideband waveforms. The project will help to intrinsically maximize the benefits of SDR by providing waveforms to manufacturers building commercial base stations, mobiles and small form-factor handheld radios to allow them to reap the practical benefits of reusable, maintainable code. It will also pave the path for the further development of the telecommunication and information technology industry in Pakistan, making them capable to offer system based on latest wireless reconfigurable technologies.

Syndicate Members:

Sarah Shahid SahibzadaAatqa HussainQurat-ul-AinMidhat Javaid

Supervisor: Dr Adnan Rashidi

MICROWAVE BEAMFORMER RECEIVER FRONT END

In recent years, the growing interest in low cost Wireless Networks and to fulfill the requirements of increasing number of users and high bandwidth, antenna beam-forming approach has become very popular. In beam-forming, each user’s signal is multiplied with complex weights that adjust the magnitude and phase of the signal to and from each antenna. This causes the output from the array of antennas to form a transmit/receive beam in the desired direction and minimizes the output in other directions.

Beam-forming is a signal processing technique used in sensor arrays for directional signal transmission or reception. This is achieved by combining elements in the array in such a way that signals at particular angle experience constructive interference while others experience destructive interference. Beam-forming using Smart antenna technology offers a significantly improved solution to reduce interference levels and improve the system capacity. With this technology, each user’s signal is transmitted and received by the base station only in the direction of that particular user. This drastically reduces the overall interference in the system and saves transmit power. Beam-forming can be used at both the transmitter and receiver side to achieve spatial selectivity. The Microwave Sampling Beam-former structure controls both phase shift and attenuation in one simple RF block with the same control signal. In addition, it has the potential for high resolution weightings.

In this project, an array of four patch antennas is used to receive the signal. The combined signal of these four antennas is used to form a beam. PIN diodes are used as phase shifters to shift the beam at various angles. A new technique for amplitude and phase weighting in microwave domain is implemented. The design consists of complete microwave hardware and control circuitry. A new compact switch design is implemented and utilized in the structure. The received RF signal is then down-converted so that it can be processed by a Digital Signal Processor.

The system is developed to operate at a frequency range of 5-6 GHz. Narrow band patch antennas are used to limit the noise. The system consists of RF front end, the control circuitry and the down-converter part. The output of the system can be fed to any Digital Signal Processor for further processing. The structure can be used to steer the beam to the desired angle.

Syndicate Members: Muhammad Saad ZiaMuhammad FaizanHassaan AhmadJawad Ullah

Supervisor: Dr. Farooq Ahmad Bhatti

ON MOVE DYNAMIC LOCATION DETECTION WITHOUT GPS IN VANET

Owing to the increase in the number of road accidents, road safety has been a major concern for people around the world. There is a need for a set up that will match detected objects to static ones and allow for improved positioning and detection of unknown possibly hazardous objects in the environment. Such system should detect, in advance, potentially dangerous situations and extend “in space and time”, drivers’ awareness of the surrounding environment.

At present, VANET or Vehicular ad hoc networking is introduced as a way of communication between automobiles in the vicinity of each other. Apart from the packet transmission made possible with this technique, vehicles can update their peers about the change of events taking place. This allows for vulnerable road user detection, congestion detection and accident avoidance. Apart from safety for others, the system can give speed alerts and lane change warning.

The system has been designed, based on the phenomenon of directivity and distance. Using the predefined coordinates of a static road side unit (RSU), the car in its vicinity calculates its own coordinates using a simple triangular property. For this, the distance of the car from the RSU is calculated using a path loss model and MUSIC (Multiple Signal Classification) algorithm implemented on a DSP kit. Using MUSIC, the angle of arrival of the received signal (from a nearby car) is calculated. This is then, used to evaluate the distance between the two entities. An array antenna operating in MHz frequency is used for transmission and reception. The coordinates at the end, are updated on the Local Dynamic Map, introduced in each participating vehicle.

The Coordinates calculation and updating system, capable of maintaining its own local dynamic map has been designed. The vehicles within a distance of 250m are tested over various speeds and location updating is rightly observed.

Syndicate Members:

Anum Ahmed PirkaniZil-e-HumaUsmaan RasulZeehan Shahid

Supervisor: Engr Muhammad Asim Rasheed

RFID BASED MULTIPURPOSE SYSTEM

Our idea is based on the fact that RFID chips and receivers are rapidly becoming popular and have been implemented in various environments. It has been predicted that these systems would completely replace the ‘bar code’ systems till 2030. The primary focus of this system is the design and implementation of a cost-effective system as commercial systems are very expensive and also RFID readers are not locally available.

Our system is designed on the basic principle of Radio Frequency Identification. The system consists of three main parts namely RFID reader, passive RFID tags and a desktop application. The RFID reader consists of an RFID IC, PIC microcontroller with LCD display, an external antenna and a USB interface to the host system. Passive tags are powered up by the radio signal transmitted by the reader antenna whenever the tag is in the vicinity of the antenna. Now the activated tag sends its unique identification number to the antenna which is passed on to the RFID IC. The RFID IC, after performing necessary adjustments to the received code, communicates it to the PIC microcontroller. The USB module in PIC transfers this data to the host system where a desktop application is used to read this data and upload it to a MySql Database. An RFID user portal is designed to provide real time access to database through the web.

The distinguished feature of the system is that it is using ISO18000-6C standard which is being used globally for RFID applications and all codes and algorithms are proprietary and sold for thousands of dollars. We have developed the same algorithms as free-ware. The available ISM band for this standard is 860MHz-960MHz and the read range of the system is 5-6 metres.

The prototype RFID system has been designed and built which is capable of asset management in the library. With few modifications, this system can be implemented for lab security, attendance and vehicle identification.

Syndicate Members:

Javeriah Iftikhar AbbasirNaumana AyubSaad Riaz QaziMoeed Bin Shafiq

Supervisor: Asst Prof. Zaka-ul-Mustafa

SIMULATION OF VIRTUAL SENSORS OVER INTERNET

Movement replication via simulation of virtual sensors over the internet allows the movement of a human arm to be replicated on a remote site using internet as a medium of communication through a robotic counterpart.

There could be numerous dangerous situations in which human presence can be replicated by robots to perform specific tasks thus saving precious lives. Examples of these situations include battlefields, bomb disposals and areas with radioactive and poisonous gas leaks where some kind of operation is essential. This is a partial list of situations where human presence is required but it could be either too dangerous for them to be there or it may be altogether impossible. Hence an alternate system is required with which experts can operate in such areas without having to be physically present there.

Such a solution can help soldiers stay away from unnecessary exposure to dangers yet performing the given tasks, medical supervision available to countless patients via remote assistance, and radioactive material handled by non-human counterparts where needed.

At present, systems employing movement replication are limited to surgical purposes. The DaVinci system by Intuitive Surgical USA and ZEUS Robotic Surgical System by Computer Motion are two such examples. However, these systems are very costly and cannot be used for other purposes due to their large size and weight. The principle goal of the project is to provide a general purpose product which can be used in multiple situations, not just for medical purposes.

The project uses a potentiometer based exo-skeleton that translates the movements of a human arm into potential differences. These potential differences are digitized using a PIC based ADC and then sent to a computer via USB. This digital sequence is transmitted to the remote system using internet, which when received, is transformed into corresponding PWM signals. These PWM signals are fed to the corresponding servos of the robotic arm to perform the movement.

Syndicate Members: Salman MahmoodMuhammad Wasif ArshadImran KhanOmar Ali

Supervisor: Dr. Adil Masood

SPEECH SCRAMBLING MODULE

Security is very important for civil and military communication. The aim of this project is to provide high level speech security by scrambling in digital domain and transmitting the signal in analog domain for narrowband wireless communication.

Most of the traditional scramblers require frame synchronization. This complicates the implementation and also makes transmission sensitive to the channel conditions. Digital encryption provides very high security however it is usually unsuitable for wireless applications particularly due its fundamental requirement of much wider bandwidth along with stringent synchronization both at frame and bit level. On the other hand analog scrambling technique provides relatively lower security but bandwidth is preserved.

This project aims at developing and implementing a high security digital scrambling scheme over narrow-band analog HF radio set with typical audio baseband of 4 KHz or less. This is possible by using an innovative synchronization-free signal processing and communication technique. This technique is computationally intensive in nature and theoretically established about two decades ago. However, it has become possible to implement it now courtesy of high speed DSP processors available in world market.

The system has been designed to take input speech signal sampled at 8000 Hz.

After passing through a low pass filter speech samples are stored in a buffer. These samples are transferred to processor where windowing operation takes place. The technique is based on OLA (Overlap and Add) Method to achieve synchronization free transmission. Fast Fourier Transform of windowed samples is taken. Bands of frequency containing maximum information are permuted to achieve desired scrambling. Signal is converted back into time domain and transmitted on the wireless medium over the analog channel. On the receiver side same procedure is followed with descrambling algorithm.

The ultimate product will be a standalone hardware which can be interfaced with any standard professional narrowband analog HF wireless equipment (both military and professional types) to provide high security secure speech communication.

Syndicate Members:

Sarmad NadeemZarrar Ali KhanKhawar Hussain

Supervisor: Dr. Ashraf Masood

SUN / MICROWAVE ENERGY HARVESTING RESOURCE INITIATIVE (SUNEHRI)

The industrial development and population increase has created an enormous increase in the global demand for energy. SUNEHRI (SUN Energy Harvesting Resource Initiative) is a work for renewable energy. It aims to produce electricity from sun/microwave energy, create cooling systems that can cool down buildings without electricity consumption, eliminate electricity shortfall and provide a green solution with no waste products.

In this era of energy crisis of the country, misery increases due to usage of electrical and electronic home appliances, which provide comfort while putting heavy burden on the utility budget. Effective and cheap ways of power generation are the need of the hour. There are abundant radiations with high energy in them, available in the atmosphere, mostly originating from the sun and few available due to manmade microwave sources i.e. Radios, mobiles, satellites. After detailed research and available nano technologies, Infrared has been considered to be most suitable to create cooling effect and to generate electricity in aid with microwaves. The principle aim of the project is to resolve the energy crisis and reduce country’s dependency on oil by making heat absorbing IR surfaces and converting Microwave energy to DC power using antenna technology with the improved efficiency and relatively less expensive level.

The project comprises of two parts; the first part focuses on capturing abundant microwave on an ultra wide band (UWB) antenna array and capturing IR (heat) band of solar spectrum on nano UWB terahertz antennas arrays. The collected heat radiations would reduce the temperature of the surroundings, thus resulting in cooling effect without consuming electricity. The second part involves converting the received microwave energy into minor home usage electricity through rectification methods. This is done by combining the output of UWB Microwave antenna arrays by UWB Wilkinson Power Combiner designed in the range 1-13 GHz and then rectifying their combined output using Schottky diodes to get DC as an output.

A prototype UWB antenna array and power combiner has been designed, simulated, fabricated and tested which is capable of capturing microwave energy from 1-30 GHz.

Syndicate Members:

Ali AnjumJawad KhalidSidrah JavedMehreen Rehman

Supervisor: Dr Naveed Iqbal

UHF COMMUNICATION LINK FOR MIMO-SDR

MIMO (Multiple Input Multiple Output) - OFDM (Orthogonal Frequency Division Multiplexing) is the requirement for 4g technologies to start off with. It is a basic standard of LTE, the releases of which promise that data rate to be increased up to 100 Mbps. MIMO utilizes a multiple antenna system to take advantage of the multi-path effect. it provides substantially more reliable signal quality and greater bandwidth. These systems will provide a platform to be a step closer to the enhancement of telecommunication industry.

MIMO (Multiple Input Multiple Output) and OFDM (Orthogonal Frequency Division Multiplexing) technologies are gaining interest in modern communications systems. These technologies provide a powerful tool for enhancing the wireless link with an emphasis on increased spectral efficiency and reduced ISI (Inter Symbol Interference) due to OFDM technique. ZF VBLAST will be used for better detection, automatically involving equalization process.

Vertical Bell Labs Layered Space-Time (V-BLAST) was proposed to achieve the very high spectral efficiency promised by the multiple-antenna system. In the original V-BLAST system, parallel data streams are simultaneously transmitted through multiple antennas in the same frequency band, and decoded at the receiver with the Zero-Forcing Successive Interference Cancellation (ZF-SIC) detector, which helps to achieve the high spectral efficiency with reasonable decoding complexity. Due to these advantages, ZF-SIC V-BLAST has gained lots of research attention in the past few years

One of the goals of this project is to achieve real-time video transmission over wireless system employing MIMO transmission which enables high data rate. The basic idea is that the input video sequence is divided into frames. Each frame is then converted to bit stream. The resulted bit stream is processed to be transmitted over the MIMO link.

Syndicate Members: Noman AkbarFaizan Qasim ButMuhammad Salman SaleemSadia Riffat

Supervisor: Asst Prof Raja Iqbal

VANET FLEET MANAGEMENT

VANET is a next big thing in the field of telecom, based on vehicle to vehicle communication. VANET is mainly designed for safety critical applications, followed by traffic Management and Infotainment. A vehicular user may have multiple interfaces such as communication interfaces like, Wimax, GPRS etc.

The project will be based on upcoming VANET technology. The project will involve deployment of VANET architecture, integration of VANET hardware and its integration with different sensors. The project also involves use of different existing technologies, such as GSM/EDGE with VANET for broader backend connectivity. There are applications which have been built in this project. Such applications include text chat, voice chat and security alerts

Our project consists of Hardware and software parts Hardware part consist of OBU (on board unit) Arm 11 OK6410 has been used as On board unit for the project implementation by using this board we will shift our application on to a compact and efficient OBU into vehicles /nodes Our application has been designed to connect the moving vehicles/nodes into an adhoc network and thus provide features of private and public chat In addition to that the vehicles can do voice chat, text chat and view own location on a local dynamic map which in addition to its own location plots the coordinates of other vehicles The adhoc network in our project carries out relay operation for out of range vehicles.

Our project will propose a system which shall assist long convoy / Fleet holders, such as Defense organization, Bus Systems and Logistics Transport holders for location update and internal messaging on dynamic maps. The companies shall be aware of their vehicles’ location 24/7 and shall be able to determine any hook ups during travel. Arrival timings can also be judged accordingly. The project will involve understanding of client server network models for VANET, computer network based application development, use of Dynamic maps and integration of different sensors with application.

Syndicate Members:

Haleemah ZiaWardaNaimUmairHadiFarhanNazir

Supervisor: Engr Muhammad Asim Rasheed

WIRELESS MULTIMEDIA SENSOR NETWORK USING MICAZ MOTES

Wireless Multimedia Sensor Network employs multimedia gathering devices connected to a low power, low bandwidth sensor network. The development of low power, inexpensive hardware such as CMOS cameras has enabled such networks to be widely studied and developed. A network of wirelessly interconnected devices is employed to capture, process, and store, retrieve and provide multimedia information about any geographical area.

The Multimedia Wireless Sensor Networks can support a lot of diverse applications but for the project a prototype is designed to support traffic monitoring and control. The methodology to dynamically change the duration of the traffic signals is the intended solution to regulating and managing traffic.

Over the last few years, there has been a tremendous increase in the road traffic density. The upshot of this is a significant loss of human resources, significantly increased inefficiencies, reduced quality of life, and a greater environmental impact at a critical time. A significant amount of time is spent waiting in traffic. A paramount amount of fuel is lost while waiting in traffic jams every day. The monetary loss and the loss of man-hours affect individuals, families, companies and the government. It is impractical to expand the entire road network, the Traffic Police has its own drawbacks, latency and irregularity being the most complained about.

Images are captured at a traffic signal intersection to sense the traffic volume; they are communicated wirelessly using the wireless transceivers, the micaZ motes, to a sink computer where image processing techniques will be employed to determine the traffic condition. Furthermore, decision algorithms will prioritize the duration of the traffic lights. This will be communicated back to the traffic lights through a traffic light controlling circuitry.

Such a network of wirelessly networked traffic monitoring cameras should have a transformative impact on a city’s congestion and management of traffic situations. It is intended to reduce and hopes to eliminate traffic congestion. Automation of the system will achieve a lower time delay and deliver round the hour smart control.

Syndicate Members:

Hamna AnwarHamza Tariq Khan

Supervisor: Obaid Ullah Khalid

BLUE AUDIO

The current system used for wireless audio transfer through microphones is radio transmission. It has very poor audio quality. Another drawback is the glitches during transmission which can seriously affect the quality of audio. Security is another issue with the conventional radio transmission systems, the data (audio) being transmitted can easily be sniffed once the frequency is known.

Bluetooth addresses these problems in a much better way. The specialized profiles ensure error free and high quality of audio transmission. Other mechanisms like frequency hopping make sure that security is not compromised. These advantages give it an edge over radio infrared systems which are more commonly employed for audio transmission.The aim of our project is transmission of high quality stereo audio using Bluetooth technology. This will be accomplished by digitizing the analog audio signal from an audio source and then interfacing it with a suitable Bluetooth module.

For this purpose we have designed a prototype transceiver pair capable of wireless transmission of audio in real time with any supported Bluetooth device. It involves conversion of audio signals to Bluetooth, Bluetooth transmission and reception at the other end, and conversion back from Bluetooth to audio at amplifier side. Automatic handshaking and connectivity is also addressed in our project.

The Finished product of our project is a handheld device capable of pairing with diverse Bluetooth devices. User has the option to select, on the go, any profile from a multitude of profiles depending upon the type of information/data to be communicated between the Bluetooth devices. The profiles supported by our module are Advanced audio distribution profile (A2DP), Generic Access Profile (GAP), Serial Port Profile (SPP). Using these profiles we can transfer real-time high quality audio, data/messages and/or files with supported Bluetooth devices.

Syndicate Members:

Waseem HassanMuhammad AbdullahMuhammad Shaheer NawazHaider Wazir Khan

Supervisor: Dr. Asif Masood

WIRELESSLY SYNCHRONIZED ROBOTIC ARM (WSRA)

The industrial manufacturing needs some sort of robotic aid to increase its production & improve quality. Space satellites arealso in need of human like robots that could help exploration in space stations. Hence the development of a robot with such an interface that could perform in place of a human and can also increase the efficiency of work is necessary.

At present the robotics being used in the industries are difficult to use because of the complex nature of the hardware. Also the interface being used is not so efficient. This sort of work is being done in atomic industries where radiation material is needed to be handled.

The project will allow us to develop a very easy interface between humans and machines.The system is designed on the basis of sensing network. The sensing network will sense human motion. The sensed signals are being encoded for the wireless transmission purpose. On the robotic end the signals are then decoded and accordingly the robot is going to perform the movement.

The system consists of a bend sensor system attached to the human user and a teleoperated robotic arm that mimics the user’s casual motion. The robotic arm is designed to be lifelike but simplified. User motions are sensed by bend sensors, processed by a central microcontroller, and replicated by servomotors on the robotic arm.

The prototype developedcould perform the same set of actions as done by a person on a remote site through a wireless medium, & both the sites are also linked by wireless video connection. Hence the interfaces will me more efficient than the other robots being used currently in industries.

Syndicate Members: Saad QaisarHammad HassanM.AdeelAbdul Moiz Jadoon

Supervisor: Obaid Ullah Khalid

GAIT RECOGNITION SYSTEM

The demand for a reliable and robust personal identification system arises as technology advances and develops. A biometric system is the key to provide a more secure and reliable personal identification system. A biometric system verifies user identity by comparing the behavioral or physiological trait possessed by the user to a previously stored sample of the trait.

Among them, Gait recognition system is gaining popularity and has emerged as new technology. Human identification at a distance has recently gained enormous interest among computer vision researchers. Gait recognition aims essentially to address this problem by recognizing people based on the way they walk.

The objective of the project proposed is to provide a Gait biometric identification system which is prone to data theft and is cost effective as compared to other biometric systems. The proposed system is evaluated using gait databases and the experimentation on outdoor video sequences demonstrates that the proposed algorithm achieves a pleasing recognition performance.

With mounting demands for visual surveillance systems, human identification at a distance has recently emerged as an area of significant interest. Gait is being considered as an impending behavioral feature and many allied studies have illustrated that it can be used as a valuable biometric feature for human recognition. The development of computer vision techniques has also assured that vision based automatic gait analysis can be gradually achieved. The proposed system has been tested on the gait databases and, the extensive experimental results on outdoor image sequences demonstrated that the proposed system possesses a pleasing recognition performance.

Syndicate Members:

Muneeb Ullah KhanMuneeb Ilyas BhattiSaleh Muhammad

Supervisor: Dr Adil Masood Siddiqi

GROUND PENETRATING RADAR

This project aims to design and implement a Ground Penetrating Radar (GPR) system to examine the subsurface. This non-destructive method uses microwave radiation and detects the reflected signals from subsurface structures. The objective is to probe “the ground” (low loss dielectric material). The existence of numerous lossy dielectric material environments combined with the broad radio frequency system leads to a wide range of GPR applications.

To design prototype ground penetrating radar, the radar signal – a Stepped-Frequency-Continuous-Wave (SFCW) pulse – is directed into the ground, using the methodology of a Synthetic Aperture Radar (SAR). The antenna designed was to be preferably broadband, so as to provide a balance of object resolution and medium penetration. Designs are made of a Vivaldi Antenna and a Pyramidal Horn Antenna, operating on a range of 2-3 GHz. The radar unit consisting of a receiver module and a transmitter module is a Vector Network Analyzer, which is used to extract backscattered data reflected from the subsurface. Signal Processing is performed on MATLAB in order to obtain an image representation of the backscattered data. Further signal processing techniques are used to focus and remove the noise from the image formed. The antenna is mounted on a manufactured robot car which serves the purpose of performing scans over a given area.

GPR can be a powerful tool in favorable conditions (uniform sandy soils are ideal). Like other geophysical methods used in archaeology (and unlike excavation) it can locate artifacts and map features without any risk of damaging them. The project has applications in geology whereby each new day brings challenges to engineers for probing the subsurface. The potential applications include three-dimensional imaging, studying bedrock, soils, groundwater, and ice. Engineering applications include non-destructive testing (NDT) of structures and pavements, locating buried structures and utility lines. GPR also finds application in law enforcement and military uses include detection of mines, unexploded ordnance, and tunnels.

Syndicate Members:

Arslan KhanMuhammad Salek AliMuhammad UzairHaroon Rasheed

Supervisor: Dr Abdul Ghafoor

DECODING OF LOW-DENSITY PARITY CHECK CODES (LDPC) AND ITS IMPLEMENTATION IN USRP

The purpose of this project is to study the LDPC codes and then they will be implemented in MATLAB and USRP. A literature survey on the LDPC will be carried out. The performance analysis (BER vs SNR) of LDPC codes will be done in MATLAB. Consequently, the implementation of LDPC codes in USRP using the python language will be carried out. Then test under the real world propagation conditions will be carried out in order to verify the performance of these codes.

The built in MATLAB functions for LDPC generation; encoding and decoding are successfully tested along with the self made MATLAB codes. The built in MATLAB functions are only based on the nested if else protocols but in our self made code we have framed the block length of the message signal and lessoned the size of the LDPC matrix. At the end we take the average of all the frames and calculate the final BER, and generate the ‘BER vs SNR’ plots for both the (built in MATLAB functions and our own self made MATLAB codes) as it is necessary for the analysis of performance evaluation and both the plots show the same trend. As the signal to noise ratio increases the bit error rate decreases which was desired.

The MATLAB code is now converted to python since our hardware USRP can be burnt using python code. The time complexity of loops in python is much more efficient in python as compared to that of MATLAB. However we have a drawback of using python, that python does not handle matrices as conveniently as MATLAB does. The basic four MATLAB files have been translated to python. In addition to that, all the built-in function used in those file have also been written in python as they are not available in library format for python.

Syndicate Members: Tanveer AhmadRooha ShahidNaeem Ullah KhanMuhammad Bilal Arif

Supervisor: Dr. Rizwan Ghaffar

SIMULATION AND DESIGN OF HARDWARE CAPABLE OF NOISE REMOVAL AND ECHO CANCELLATION

Noise removal is a necessary preprocessing step for speech acquisition in computer telephony and other applications, such as speech-assisted human-computer interfaces. Office noise from fans and computers, as well as vehicle noise, not only degrades the subjective speech quality, but it also hinders performance of speech coding and recognition systems.

In telephony system, the received signal by the loudspeaker, is reverberated through the environment and picked up by the microphone. It is called an echo signal. That is in the form of time delayed and attenuated image of original speech signal, and causes a reduction in the quality of the communication.

Voice and sound detection is an important are in industrial sector as well as in the security agencies’ work. Keeping the importance of such areas the project work will be sound detection, data acquisition, improving signal to noise ratio via filter and data processing techniques. Signal acquired through a parabolic microphone is far better in terms of sound to noise ratio compared to the signal acquired through a normal microphone. Once the speech signal has been acquired, noise removal is required to improve the signal to noise ratio. After this echo cancellation is required so that the output speech signal is not picked up by the microphone again.

A parabolic microphone will be used to gather the input speech signal. The noise removal part comprises of Butterworth filter. Echo cancellation will be achieved by using adaptive filters. Then the final output will be fed into the speaker circuitry from where connections to a CRO will also be made for signal comparison.

Syndicate Members:

Nadir Hassan DogarKhan JibranRizwan Shah

Supervisor: Engr Naveed Sarfraz Khattak

CONCEALED WEAPON DETECTION

Our project is in the form of a walk-through gate. We are utilizing the technique of Inductive Magnetic Field for metal detection in our project. It is further classified into three categories depending upon the frequency of operation and the input source. We are utilizing the Beat Frequency method for metal detection in our project. A certain frequency is generated by a colpitt’s oscillator which is balanced by another oscillator. The search coil is the inductor used in the colpitt’s oscillator. When a metal is brought near to the search coil its inductance varies and the frequency of colpitt’s oscillator is changed. The difference of the frequencies is amplified and is used to trigger the buzzer.

In our project we have used colpitt’s oscillator of frequency 100-130 kHz. An intermediate frequency transformer (IFT) of 450 kHz is used. Its frequency is lowered to balance the collpit’s oscillator by shunting the coil with a variable capacitor. Six detection circuits are developed for six of the zones. The signal from the detector circuits is fed into the bar display circuit which identifies the zone and shows the strength of signal. A waveform matrix displays the difference of frequencies. A microcontroller part has also been developed in order to classify the size of detected metal. It has been interfaced with computer via serial port and displays the size of detected metal on hyper terminal.

A prototype of the Concealed Weapon Detection Walk-Through Gate has been designed and built. Main gate structure is made of wood. The system consists of wooden gate, detection circuits, power supplies, bar display circuits, waveform matrix and the microcontroller hardware.

Syndicate Members:

RizwanZafarRamzan AliSarmad GhafoorHammad Sadiq

Supervisor: Dr. Abdul Ghafoor

DESIGN AND DEVELOPMENT OF DIGITAL BASEBAND PROCESSING MODULE FOR VHF/ UHF SDRS

The proposed project will provide an ideal and unique SDR solution for public safety communication, broadband service providers, mobile operators, law enforcing agencies, emergency responders and military. The principal goal of the project is to design a Baseband Processing Module for SDRs, which is the main component in the SDR communication system, as it takes a down-converted RF Signal, does the baseband processing efficiently and makes it possible to recover the accurate signal at the receiving end.

The system has been designed on the principle of OFDM (Orthogonal Frequency Division Multiplexing). OFDM is a multi-carrier transmission technique, which divides the available spectrum into many carriers, each one being modulated by a low rate data stream. In this system, FEC (Forward Error Correction) has been provided using convolutional encoding and viterbi decoding.The modulation technique being used is QPSK. 64-point FFT and IFFT are employed. Guard insertion and Guard Removal also are a part of the prototype developed.

The approach that we have used is highly efficient as it provides maximum flexibility. It involves creating a standalone Digital Baseband Processing Module by programming Xilinx Virtex 5 LX50T using Hardware Description Language (HDL), to perform all the functions of digital baseband processing for SDR on hardware level.

Syndicate Members: Bakhtawar HasanNabila ShahidRabeea Suhail

Supervisor: Dr. Adnan Rashdi

ABABEEL UAV (MINE DETECTOR)

Mine detection using a UAV is a much safer and swifter method as it keeps the person at a safe distance from the explosives. UAV being equipped with a video transmission link helps by not only pin pointing the location of the explosives on the field, but also helps in surveillance when not being used as a metal detector.

Up until now, a lot of work has been on PI metal detectors and quad-copters with a video transmission link separately, but no work as such has been done on combining the two into a single module.

The quad copters are inexpensive, dynamically elegant and stable owing to the symmetry. It is an omnidirectional vehicle, and has almost no constraints on its motion. It can be flown in tight spaces and does not require large safety distances to operate. Also the size makes it undetectable by radars.

The mine detection module is based on the Pulse Induction Metal Detector. The PI metal detectors work which works by sending short bursts of current through the coil which generates a magnetic field which is used to detect the coil.

The video transmission module consists of the IP camera which is captures the images captures them, and sends them over a network to the station (computer) to which it will be linked.

A prototype for the UAV has been designed which consists the quad copter as the flying module on which the mine detection module is mounted for providing a faster, safer and more efficient detection of mine for their clearance. The quad copter carries a video transmission link in the form of an IP camera for providing us with the capability of real time imagery. All the modules of the prototype had been tested for their functionality

Syndicate Members:

Saad ur Rehman FaizAmna ZiauddinRashid MansurUmar Khalid

Supervisor: Dr. Adil Masood

DEVELOPMENT OF GSM JAMMER

The widespread usage of Mobile Stations (MS) in Improvised Explosive Devices (IEDs) is becoming a common mean of detonated bomb attacks by terrorists, to create instability and havoc. To prevent such activities from occurring GSM jammers have acquired great importance.

The principal goal of our project is to ensure the provision of compact, cost effective mobile GSM jamming devices that are affordable by the general public. These devices are meant to be handheld and used by the ground forces in the field area or by ordinary people while moving from place to place.

Devices operating in the mobile GSM range or being operated by mobile devices can be rendered ineffective if the communication within the specific region, in which the explosive device is placed, is hindered. The project focuses on the implementation of Denial Of service (DoS) Jamming technique whereby the downlink bands of the GSM 900 and GSM 1800 are targeted and jammed respectively because of which the mobile phones are denied of service. A jamming signal, being a noise signal, distorts the communication signal thus denying the service

A prototype GSM jammer is being designed and built which is capable of jamming both the GSM 900 and GSM 1800 bands, currently being used in Pakistan. This prototype consists of three parts namely a power supply, a sweep generator and an RF section.

Syndicate Members:

Muaaz Ahmed BhattiIbrahim Hanif SahafHamza Mehboob ChaudhryHassan Irshad

Supervisor: Asst Prof Raja Iqbal

VIRTUAL ORTHOGONAL ANTENNA

A compact antenna array with enhanced beam forming capability. At UHF band i.e. 300-3000MHz overall size of the antenna is very large. In order to realize multiple degrees of freedom from multi-element antenna array at this frequency, it is optimal to place the elements d>λ/2 for minimal coupling which makes the overall size of the antenna array very large. Whereas compact arrays result in increased mutual coupling which severally affects the efficiency of the available degrees of freedom and for some cases it result in loss of degrees of freedom. This would also result in loss of diversity gain normally stated for multi-element antenna array as due to coupling the beam patterns are correlated and also the impedance mismatching causes the power losses.

A three element antenna array at 2.45 GHz will be fabricated on FR-4 substrate with r =4.4 placed at reduced distance of d= λ/8. In order to enhance the efficiency of beam forming capability a matching network will be incorporated. This three port matching network will generate orthogonal current vectors on antenna array which decouple the elements in excitation. This decoupling and matching network will comprise of rat race hybrid decoupler along with stub matching technique.

A compact array with improved efficiency for beam forming scenario is achieved. This type of array presents a suitable system for cognitive radio, interference cancellation and beam directed application. An antenna array system with predefined orthogonal for maximal diversity performance and power matching is designed. MIMO systems, Cognitive Radios, and mobile communications are typical application.

Syndicate Members: Muhammad AsadMuhammad Haisem KhanHassan Sultan ShahAnse Irteza Butt

Supervisor: Dr Farooq Ahmed Bhatti

NETWORK CONTROLLED EYE

In the present age man has explored most parts of the world. Geographical, topographical and environmental information is just a click away. However, there still are certain areas where human existence is very difficult. These places cannot therefore be humanly monitored all the time. Additionally, these areas may also pose danger to precious human life. For many years now various groups and organizations have been offering different solutions. Many governments monitor such places using satellites. Unmanned aerial vehicles (UAVs) have also been used. However, these tools provide limited view and limited real time information of the area. Under these circumstances we need a tool that provides us with monitoring capabilities and real time information of such areas. The above mentioned project aims to develop a tool that will assist us in monitoring places where human existence is not possible or feasible.

In order to facilitate organizations belonging to various genres of work such as defense, wildlife, environmental and topographical data collection, the project aims to develop a tele-operated unmanned ground vehicle (UGV) using a toy car. Due to its small size, the UGV will be able to monitor and provide real time information of the sites where mobility due to weather or some other constraints is limited. This information can be manipulated according to the needs of the organization employing the UGV.

The project aims to develop a network based unmanned grounded vehicle (UGV) equipped with camera(s) for viewing and controlling its movement. Additionally, a GPS is going to be mounted for location detection. The real time video and location information collection will be based on the control data coming from the server application.

The client side (UGV) consists of a controller board (ARM 11) which is used to control the camera selection as well as the UGV movement (motor selection etc.), where the input to the board is coming from the server end. It is interfaced with a microcontroller circuit controlling the motors. The server side is an application which displays the movement of the UGV in form of a video as well as its location on a map. It also includes a control system involving the movement control of the UGV as well as camera selection.

Syndicate Members:

Sarah MahmoodAqsa Malik

Supervisor: Engr Muhammad Asim Rasheed

FPGA IMPLEMENTATION OF HAND VEIN RECOGNITION SYSTEM

Previously, many biometric systems have been designed but all of them have been broken. Biggest advantage is that veins of hands don’t change with time neither they can be altered by some surgery. So a security system defined by recognizing veins of the individuals will be almost fool proof. This is an improvement in a sense that it can't be broken into so easily.

The objective of the project proposed is to provide hardware execution hand veins biometric identification system which is prone to data theft and is cost effective as compared to other biometric systems

The system involves four stages, namely image acquisition, image pre-processing, feature extraction and image matching. Image acquisition is done through the camera. In image pre-processing the captured image is enhanced and processed before feature extraction is done. There are nine sub processes in this stage. They are color to median filtering, canny edge detection, resizing, thresh holding, median filtering 2, opening, closing and thinning.The feature extraction technique utilizes the minutiae point extraction. The minutiae points include bifurcation points and ending points. These feature points are used as a geometric representation of the shape of vein patterns. After the successful simulation of the project on the software we will try to implement it on FPGA. Image of the hand vein will be captured by camera which was connected to a computer.

A model of the system has been executed. Hardware implementation is in progress. System is being optimized to provide efficient results with fast execution times and an effort to increase database is also under consideration.

Syndicate Members: Ammar HassanAhmad Raza KhanUmar Farooq

Supervisor: Dr Adil Masood Siddique

AUTOMATED SYSTEM FOR INSPECTION OF DEFECTIVE PRODUCTS

The project utilizes the basic concepts of Automation for the identification of defective products. Automation is the use of control systems in along with other applications of information technology to control industrial machinery and processes, reducing the need for human intervention. In the scope of industrialization, automation is a step beyond mechanization. Whereas mechanization provided human operators with machinery to assist them with the muscular requirements of work, automation greatly reduces the need for human sensory and mental requirements as well. Processes and systems can also be automated.

The field of Image Processing offers a rich, multi-disciplinary area of research, in which a variety of tools and concepts can be employed to address a diverse set of applications. Automation can be used in a variety of environments due to its versatility. Once a hardware platform is designed, many applications can be built using it and further research can be done to improve the design.

The hardware being used in the project consists of a camera, a robotic arm and a conveyer belt which would carry a complicated process of synchronization. However, through a thorough literature survey along with a close association with other research groups working in this area locally, these issues will be resolved.The beneficiary of this work can be better utilization of manpower by handing over the load to machinery which can do it in a much efficient way.

Syndicate Members: Hafiz Asif KhalilMuhammad MunirAttique-ur-RehmanDilawar Hussain

Supervisor: Dr Adil Masood Siddique

BROADBAND TACTICAL ANTENNA

Pakistan Army has purchased the Harris and M3TR radio sets for military purposes to fulfill the security and ruggedness demands of the battle field. Rhode & Schwarz tactical radio M3TR has been in use in Pakistan Army for quite some time now. It is particularly used for tactical, ground to air and long range communication. The type of antenna incorporated by R&S is monopole. The M3TR software defined radio family is a new generation of high-performance digital radios. It represents a revolutionary change, both technically and economically, in the tactical communications sector. The heart of the new integrated communications system is the light-weight MR300xH/U transceiver (1.5 MHz to 108 MHz or 25 MHz to 512 MHz), which offers solutions for all aspects of tactical communications as well as uniform and reduced inter service logistics.

Currently R&S are using four different antennas with the radio set M3TR. In field area where the situation is very fluid requires shifting from one frequency band to another to cater for ground to ground and ground to air communication. This requires frequent changing of antennas, due to lack of a single broadband antenna.

So, we endeavor to design a single broadband tactical antenna which will operate from 30 MHz to 512 MHz to cover the complete range of frequencies of M3TR transceiver. Hence a locally manufactured antenna at a low cost will be available for complete band of M3TR, which will save resources and minimize dependency on R&S (Germany).

Syndicate Members: M Danial ShafiImran KhaliqTariq NazirAvaiz Khan Jadoon

Supervisor: Dr. Farooq Ahmed Bhatti

DESIGN & OPTIMIZATION OF ANTENNA ARRAY FOR WIMAX BASE STATION

To increase the capacity and coverage in broadband data communication according to the IEEE 802.16e WiMAX standard, an intelligent base station antenna with beam- and null steering over a full circle is developed and optimized.

In this report a circular antenna array of 8 vertical dipoles with a feeding network is described, which provides m beams simultaneously in m directions for m subscribers with a full coverage of 360°around the base station. By means of optimization techniques it is either possible to provide a null without ambiguity in every direction, or to optimize the side lobe attenuation by calculating the amplitudes and phases of every antenna of the array.

With this, detection finding or location based services are also possible.

Conventional base station antennas in existing operational systems are either omnidirectional or placed in sectors. The greater part of the transmitted signal power is radiated into directions other than toward the specific user. This causes interference, reduces efficiency and the range of coverage. Especially in new broadband services as WiMAX, where the user front-end is very simple, it becomes necessary to provide every user with a specific beam offering enough gain to increase the range. It is also important to reduce interference by other users or services by means of beam forming in a way, that either the side lobe attenuation of the base station antenna array as a whole is optimized or by null steering. In rural areas a whole 360° degrees coverage around the base station is desired. This leads to the solution introduced here of circular antenna arrays, a setup which can also be used for direction finding. The antenna array consists of n vertical dipoles equally spaced on a ring with diameter d. This building block is vertically stacked many times to achieve enough gain in the horizontal plane.

Syndicate Members:

Kashif EhsanHafiz Rasheed AhmedIlyas Khan

Supervisor: Lec. Zeeshan Zahid

DEVELOPMENT OF JAMMER AGAINST CENTRALIZED REMOTE CONTROL CAR DOOR LOCKING SYSTEM BASED REMOTE CONTROL IMPROVISED EXPLOSIVE

DEVICES

Pakistan is facing the menace of terrorism and terrorists have improved their methods over time. This improvement has brought up new challenges for security forces. One new induction among many other methods used by terrorists is the use of RF-IED. The most recent advancement in the RF-IEDs is the keyless entry equipment for cars being used as trigger for IEDs.

The aim of the project is to design a jammer which can effectively jam the car remote signal and thus provide a reliable solution against the triggering of IED’s using keyless entry systems. The jammer should provide enough protection radius so that in the event of a blast taking place outside that area there should not be any significant harm.

Recently security forces stopped an attempt by terrorists and recovered the equipment being used. That equipment was received by Signals RnD Dept. We carried out lab testing and data was collected. The devices operate in two ranges i.e. 315 MHz and 433 MHz. On-Off Keying is the modulation scheme being used. The maximum received signal level of these devices is 30 dBm which is almost 1 watt.

Our jammer is operating in both 315 MHz and 433 MHz range with bands of 100 KHz each. The jammer sweeps both bands at 10 KHz. Basic jamming principal requires that jamming signal to normal signal ratio should be 3:1. So our power output is 3 watts. The protection distance is 15 to 20 meters. The output of both frequency ranges is being done by a single antenna.

Syndicate Members: Muhammad MubeenSaad HassanHaris AhmedAbdullah Sarwar

Supervisor: Engr Asim Rasheed

LNA ASSEMBLY FOR GPS REPEATERS

Global positioning System is a space based satellite navigation system based on24 satellites. It is used to provide position, time and weather information. The idea of GPS signaling and positioning is based on the constellation of 24 satellites.

The problem of GPS signals reception inside the closed buildings is a matter of concern especially when it comes to military where positioning information can be very difficult for a soldier in the battle field. To counter this problem there is a need of an LNA assembly which will receive the GPS signals, amplify them and then retransmit them inside the building so that any GPS receiver can receive those signals.

Our design frequency band is 1.4-1.6 GHz which covers the L1 band and GPS frequency of 1.575 GHz. Our design includes a receiving antenna, a low noise amplifier assembly and the transmitting antenna. The receiving antenna will receive the mild inside-building GPS signals, the signal will be amplified by the low noise amplifier assembly and finally the transmitting antenna will retransmit those amplified signals inside the building and any GPS receiver housed inside the building can then receive those signals efficiently.

Syndicate Members: Murad KhanUmair HassanJehangeer KhanMaryem Tanveer

Supervisor: Dr Farooq Ahmed Bhatti

HYBRIDIZED SOLAR ENERGY SYSTEM

The latest crisis in Pakistan is the electrical power supply throughout the country. While rolling blackouts or load shedding, as it’s locally known, has always been a staple of daily life in Pakistan. Studies have shown that this problem has become acute in the last couple of years, paralyzing not only industry production but also affecting daily domestic and commercial life. Pakistan is country blessed with abundance of sun energy.

Our projects deals with harvesting of this solar energy into a battery system and convert it into usable electric energy in a way that it is much efficient than any of the available equipment in the market and used in the industry. Such a solar efficiency is achieved by using concepts of hybridization of solar energy with main power supply along with a pure sine inverter. Under present energy crisis, this system will not only meet the energy necessities for domestic and commercial purposes in terms of reduced billings, monetary investment and lasting battery output but will also meet the power efficiency and sensitivity energy requirements of the industry.

The system involves the usage of a microcontroller which is programmed to generate pulses using pulse width modulation. Pulses widths are varied from minimum to maximum and vice versa. BJTs are used as a driver circuit for MOSFETS. MOSFETS being efficient electronic switches perform the necessary current amplification required to generate output of desired wattage. Ahead of MOSFETS is a centre tapped transformer behaving as a half bridge giving a near to sine wave at the output which is filtered by a low pass filter. Hybridization, which is in fact dealing with charging of the battery both with Solar and AC Main supply simultaneously in real time. This is achieved by using Operational Amplifiers.

The simulation for the desired work has been completed and the prototype has been designed which is giving an output of near to sine wave. Presently work is in progress on the correct filtering of the output of the pure sine inverter and also on the hybridization section which is dealing with the charging of the battery.

Syndicate Members:

Hamza IshtiaqZahid ul IslamWaqas AhmedAsad Ahmed

Supervisor: Birg(R) Muhammad Khan

UWB RF FRONT END SYSTEM

For a satellite free coordinate location system for UAVs a relay system of UAVs is eminent. The project is to design a beam steering array antenna for UAV to UAV relay system. The project consists of high antenna array with beam steering facility and Direction of Arrival (DOA) Algorithm. The aim of this project is to design a UWB Front End system for multi standard purposes. In this project we will design an UWB patch antenna for 3 to 13 GHz band. Then three band pass filters tuned at standard wireless bands will be designed. Both antenna and filters will be implemented on the same PCB.

Using one antenna for each individual band is costly, complex and space taking. Instead we will design RF front end system for multiple bands where different bands will be separated using microwave filters. In this project we will design a UWB patch antenna for 3 to 13 GHz band, this antenna will have constant gain of 4 dB or more over entire and it will have nearly omni directional radiation pattern. Then we will divide the received power of antenna by means of Wilkinson power divider. The operating range of Wilkinson power divider will be same as UWB patch antenna.

Output ports of Wilkinson power divider are fed to band pass filters of desired specification. Hence we are making a system which will be for multi purposes as by using single antenna we will receive WLAN band, Satellite C band, down link of x-band satellite communication, MVDDS band simultaneously.

Project work will include:

• Analytical calculations, simulations in HFSS and ADS

• Antenna design

• Microwave Engineering

• Analog Electronics

Syndicate Members:

Tariq MahmoodMudassir KhanAsghar MirzaUsman tariq

Supervisor: Lec. Zeeshan Zahid

HANDY TOOL FOR IDENTIFICATION & TRACKING ON OPERATIONAL CANVAS

Identification & tracking of objects, goods and people within any open or closed environment is a very important issue which has a number of applications such as tracking of goods & people, toll collection & in disaster management. The same is equally important in the defense sector situations such as secure & rescue operations where identification & tracking of soldiers & equipment is imperative.

HOCTAC is based on Zigbee networking technology; Zigbee is a specification for a suite of high level communication protocols using small, low power, cheap digital radios based on an IEEE 802 standard for personal area networks.

In our scenario each participant of an operation will be equipped with unique ID based Zigbee device, some Zigbee devices called Cluster Heads will have GPS receivers to get location and external antennas to enhance transmission range up to maximum 1 Km, other are end devices which will be communicating through the rest of network through cluster heads. End devices won’t be equipped with GPS and external antenna. On generation of Stimulus from a base station, all the devices will transmit their response to the base station in multihop fashion, the response message will comprise of

• Device EUI64 Unique Number (64 bytes)

• Role in Network (Coordinator (Cluster Head) ,End Device)

• Location Received by GPS

As stated before only Cluster Head devices will have GPS, so we will calculate the End Device Location with respect to its Signal Strength Drop from Cluster Head.

On reception of response from all devices, base station will store all devices EUI64 number along with its Location. EUI64 number is mapped to a specific personal record from database, and is plotted on to GOOGLE MAP.

Syndicate Members: Umair AliZain JavedMuhammad Awais

Supervisor: Dr Faisal Bashir

LIVE STREAM BOX

Previously there is little work done in the field of streaming video over low bandwidth networks like EDGE and especially for hand devices i.e. mobiles. There are number of groups running this idea for high bandwidth networks i.e. DSL, WIFI. There are IP cameras and computer integrated cameras working for this purpose which allow user to make account on streaming websites and then share live videos. Moreover many commercial applications and products like QIK, Ustream.tv, LiveStream etc exist in the industry which provide live video streaming through IP based high quality cameras.

Our project Live StreamBox deals with streaming of videos over low bandwidth network EDGE and only using android mobiles. This is a new self-contained product. While mobiles device can easily be kept in pocket and any time anyone can start capturing video, which can be streamed to worldwide only using mobile internet facility over the mobile network which is also available easily. Goal of this project is same as of IP cameras but it will provide ease of portability as very limited area can be covered with DSL or WIFI networks.

This application will capture video output of the cell phone camera and upload it live to the streaming server on the internet providing real time streaming. Open source streaming server based on REAL time streaming protocols of RTSP and RTP will be configured for establishing and handling live streaming sessions. Web server will then categorizes the video according to tags and any user from the world can access any video directly from the streaming server using our website.

It comprises Android Mobile Application development, Understanding the configuration and architecture of streaming servers, Networking and session handling (RTSP, RTCP, RTP protocols), Web Development, Database management.

Syndicate Members: Farhat ZamanNimrah AshfaqZafar Mehmood

Supervisor: Dr Awais Majeed

PREDICTING STOCKS TREND WITH TIME SERIES DATA MINING

One of the most important problems in modern finance is finding efficient ways to summarize and visualize the stock market data to give individuals or institutions useful information about the market behavior for investment decisions. Therefore our project aims at timely prediction of stock trends and data, using data mining techniques thus giving efficient results.

The main objective of the project is to implement a methodology for predicting stock trends and making decisions based on data mining and analysis techniques. Stock trading system will be simulated and evaluated on real time stock data using several known classification algorithms, learning patterns based on certain stock data variables like high, low rates and external variables like dollar, gold price.

The system is a web based application(asp.net, MS SQL server) that will take stock market recent past data as an input and predict future trend of the market in form of graphs and reports.

Following can be applications of our system:

Can be used to generate useful daily reports and charts to review the brokerage house’s performance and position (stock market). Can give suggestions to help in future decision making. Can be used to analyze the market situation based on previous records. Can be used to predict market trends based on the past market situation. Can be used to check stock market data of a given company.

Syndicate Members:

ZainabHafeezFaisal ShahzadTalhaUmair

Supervisor: Dr. Seemab Latif

SEMI-AUTONOMOUS 12.7 MM HEAVY MACHINE GUN SYSTEM (SAHMG-12.7)

In the recent past a lot of resources have been allocated by modern armed forces in the research and development of autonomous and semi autonomous weapon systems. Un-manned aerial and ground vehicles are now regarded as a symbol of technological advancement and military might. Similarly armies around the world are using technological advancements in the field of digital image processing and control systems to develop remotely operated weapon platforms to ensure user safety. Thus the time is not far when machines would be fighting on behalf of humans, either operating on user instructions or autonomously.

Keeping in view the above stated facts, our group has undertaken the task to provide Pakistan Army with a prototype of an automated weapon platform. Almost all tanks and most armored carriers are equipped with 12.7mm heavy machine gun and its automation will greatly enhance the capabilities of these vehicles. Traditionally the weapon had to be fired by coming out of the safety of the vehicle and being exposed to hostile fire, its automation will provide user safety because the weapon would be operated while still in the safety of the vehicle. The system can also be used in a defensive role to guard sensitive military and government installations.

The aim is to develop a weapon platform that can be operated by a remote user via wired or wireless controller. The user would be getting live video feed on a display unit while controlling the system via a joystick controller. The weapon platform would consist of an electronically triggered 12.7mm HMG, rotatable gun pod, digital video camera, and a processing unit. The user would be able to lock on to a target which will be tracked by the system using image processing techniques and autonomous motor control, he will also be able to directly aim the weapon using joystick controller. The weapon would then be fired using an electronic trigger.

The project includes hardware, electronic and software interfacing, thus the scope is quite wide. The prototype is just a first step towards the development of a fully reliable and efficient remote weapon platform; hence most of aspects are kept simple and the requirements to the minimal while ensuring that the basic functionalities of all modern automated weapon platforms are incorporated in our system.

Syndicate Members: Basharat HussainAbdullah TariqAddil Arif

Supervisor: Engr Naveed Sarfaraz Khattak

REAL TIME TELEMEDICINE HEALTH SYSTEM

A medical diagnostic and treatment system to be deployed in remote areas of Pakistan where medical facilities are not adequate. This project would help the patients in remote areas to get medical advice and treatment remotely by doctors and physicians. For this purpose, a representative in each remote area will make appointments with doctor and patients can communicate with doctors on due time with the setup deployed in every site. This project makes use of Multipoint video conferencing system and manages basic patient data and provides facility of store and forward format i.e. writing prescription after checking symptoms.

Telemedicine systems make it possible to transmit medical information at a distance by means of Information and Communication Technologies(ICTs). From the wide scope of Telemedicine, this project works on the multipoint video conferencing between health professionals and their patients (patient and doctor, patient with more than one doctor or two doctors communicating among themselves). Initially we would work only on windows platform for client sides and linux/windows for central server. Server would be used for scheduling the meetings and connecting members for video conference.

Syndicate Members: Rabia Sultan AbbasiIftikhar AhmadMuhammad Riaz

Supervisor: Dr. Fahim Arif

TEXT RECOGNITION ON ANDROID BASED MOBILES

Purpose of the project is to develop an Android based application capable of localizing the textual regions in the input image and convert it into text.

The project falls under the umbrella of Camera Based Document Analysis and Recognition (CBDAR) with focus on mobile devices having “Android” as its operating system. CBDAR deals with the textual information in scene and document images taken by low cost hand held devices like digital cameras, cell phone cameras, etc.

Applications which can be developed using the recognized text are Card Reader, Bar Code Reader, Text Translation, Number Plate Recognition, Sign Recognition and Translation.

The project has main four modules Capturing of Image, Localization of Text, Recognition of Text and Application Development. Several Text recognition applications can be developed.

Our Project focuses on Translation of Text.

Pre-processing of image is done so that the image meets the criteria for processing by the recognition module. Localization module includes the localization of textual regions, lines, words and characters. Recognition module which is encapsulating the major functionality of the system i.e. Recognition of text includes all the classification of the localized characters on the basis of the trained dataset which is done using Neural Networks.

The academic objectives include learning mobile application development/interfacing on Android OS, learning and applying text recognition algorithm on Android OS, developing a useful application on recognized text and learning & understanding a basic software (programming environment i.e. java code) and hardware (android based mobile device) interfacing.

Syndicate Members:

Nitasha SafeerSehrish NaeemSyed Ahsen Raza

Supervisor: Dr.Fahim Arif

TEXTUAL CONTENT BASED VIDEO INDEXING AND RETRIEVAL

Textual Content Based Video Indexing and Retrieval is the labeling of an object in video based on its textual content which helps us in classifying the item and helps the user in its search.

It also helps in the later retrieval of the information as once the tags have been given its easy to identify videos having certain characteristics. Currently the bulk of video classification and segmentation is being done manually by users or operators. The classification of the videos is based on their titles and tags already allotted to them by the users and these tags may not reflect the content of the video completely and there may be certain events in the video for which no tags are present. Internet search engines search for the videos by incorporating their title, description and tags only. So for efficient and meaningful search these tags must truly reflect the video content and must be comprehensive.

This problem can be solved using an automated Textual Content Based Video Indexing system. This system can classify and index the videos based on the text appearing in the videos. This text appears in many forms, such as the ticker text in news and cricket videos, information in music videos etc. The system detects the text appearing in the video frame, separate individual letters from the text areas in the frames, and use OCR (Optical Character Recognition) for the recognition of the character. This character can be saved in a database. The database can be searched for the video containing a specific word. The database can then return the video title and the time/frame no that contains the word.

The product to be built is a WEB-BASED VIDEO INDEXING AND RETRIEVAL ON THE BASIS OF ITS TEXTUAL CONTENT. As clear from the name, the main objectives of this project is to build a system that process a video file, detecting , extracting and then identifying the text, and then storing the video in an internet database on the basis of the text present, retrieved, in the video file. The video processing will be done when a user uploads a file in the database and then the video is stored in the database on the basis of the text retrieved form the video and the users will be able to view the video part that has the text, starting from the text appearance till the appearance ends. The user can also view the whole video.

Syndicate Members:

Syed Altan HaiderAsmat JamalSardar Muhammad AsadUllah Khan

Supervisor: Dr Imran Siddiqi (External)Lec Rabia Khan (Internal)

VIDEO CALLING AND LOCATION TRACKING APPLICATION FOR ANDROID SMART PHONES (VOCAL)

This project is about developing a mobile application on Android Smart Phones for making Video Calls as well as for locating other users (through Google Maps). Through the Video-Call feature, this application will allow its users (let’s call its users as Vocalists) to stay in touch with one another. Besides Video Calling, Vocalists will also locate each other through Google Maps. Locations of Vocalists will be displayed as blips on Google Maps, from where a Vocalist will pick any other user for initiating a video call with him / her.

Currently many Video Calling and Location Tracking Applications for Android Smart Phones are separately available in market but none of them offers both the features in a single package. VOCAL, on the other hand, provides its users a complete social networking feature of contacting each other through video call besides tracking the coordinates of Buddies which are displayed on Google Maps.

To avail the features provided by the VOCAL a Vocalist must have a SIP account through which the he / she will be authenticated. After successful authentication, the Vocalist can manage his / her Buddy List either by adding more Buddies or by deleting the already added Buddies. Vocalists can make video calls to their Buddies; either selected from Buddy List or picked from Google Map, as well as can also track them by viewing Google Maps.

Syndicate Members: Iqra SabirUmair AyubTehseen AsifKunwar Sharoon Jiwan Mall

Supervisor: Lec. Bilal Rauf

VISION BASED TARGET RECOGNITION THROUGH UNMANNED GROUND VEHICLE

The project basically is about using image processing algorithm to recognize different objects through a web camera. An unmanned ground vehicle will be assembled on which the camera and the laptop will be mounted and it will follow a specified path. For object recognition, the image processing algorithm is implemented on the laptop.

The project takes an image from the user and extracts its feature. The vehicle is given an interrupt to move by the laptop. The vehicle follows a path given to it. Sensors in front of the vehicle will be responsible for path following of the vehicle.

Using the webcam mounted on the vehicle the laptop will check in the vicinity for the object matching the image, if the object is recognized, the laptop will generate an interrupt for the vehicle to stop. The interfacing between the vehicle and the laptop will be done through a processor/microcontroller.

This project has three major portions:

• Image Recognition

• Hardware Assembly

• Interfacing (microcontroller programming and sensors)

Syndicate Members:

Saad Bin ShafqatAbu Bakar Ali Khan SherwaniHannan Hassan Malik

Supervisor: Dr. Faheem Arif (Internal)Dr. Imran Siddiqui (External)

VOIP APPLICATION FOR ANDROID MOBILE PHONES

All of these applications are now possible thanks to advances in VoIP also referred as internet telephony or IP telephony technology. The great thing about VoIP is that it taps additional value from the already existing infrastructure without additional costs. VoIP transmits the sounds we make over the standard Internet infrastructure, using the IP Protocol. This is how we can communicate without paying for more than our monthly Internet bill. And this is the main reason for which people are so massively turning to VoIP technology. VoIP is said to be cheap, but most people use it for free. The key to successful use of VoIP revolves around making internet telephony invisible; in other words, just like an ordinary phone call.

Advances in modem technology and in the internet itself, have made internet telephony practical on mobile phones. But there are also advancements in the mobile phone devices and every day we have new mobile devices with new operating system, new capabilities and new features. One of such latest mobile devices includes Android mobile phones. Android has become one of the most popular operating systems for mobile devices and Android phones continue to gain market share over popular smartphones like Apple’s iPhone and RIM’s Blackberry because of which several new additions to the Android family have been announced. As its era of VoIP and Android mobile devices hence lot of mobile companies and software houses are developing new applications for Android mobile phones.

Keeping in view the future demand of VoIP application for Android mobile phones this project aimed at developing invisible VoIP application for Android mobile phones. Application allows users to make calls over internet like any ordinary phone call. The username of each user will be actually mobile number of the user. All the users registered and using this application have their mobile numbers as their usernames. Hence you don’t need to ask or remember usernames of your relatives and friends for making calls over internet. If you know mobile number of your friends or relatives you can add to application contact list and make calls over internet as you make ordinary calls from your mobile phone. Application allows user to make, hold and disconcert audio calls. Users can also send message or attach any file and send to contacts. Application stores username, password, email address and contact list of user in database. All data is encrypted for ensuring security. Furthermore application uses compression technique to enhance the quality of service.

Syndicate Members:

Yasir HussainShajiha JavedSummaya Mumataz

Supervisor: Dr Asif Masud

BE ELECTRICAL (TELECOMMUNICATION)

GRADUATE PROFILE 2012

Muhammad Ahmed MehmoodAddress: House No 1531, St.no.81, I-10/1, IslamabadTel No (L): 051-4444522Tel No (M): 0331-5023013E-Mail: muhd_ahmed89@hotmail.com

ACADEMIC QUALIFICATION2012 BE Electrical Engineering (Telecommunications)

Institution: Military College of Signals,National University of Sciences & TechnologyCGPA 2.66/4.0 UP To 7th Semester

2008 HSSC: Institution: Islamabad Model College for Boys, G-10/4, IslamabadScore 911/1100 Grade A+

2006 SSC: Institution: Islamabad Model College for Boys, G-10/4, IslamabadScore 953/1050 Grade A+

TECHNICAL EXPERIENCE WORK EXPERIENCE Interned at PTCL, Islamabad (Aug- Sep 2011) Interned at Ufone MSC, Islamabad (Jul 2011) Interned at Magma IT Consulting, Lahore (Jul- Aug 2010)FINAL YEAR PROJECT Centralized Environmental Network Monitoring and Reporting System (CENMaRS)SEMESTER PROJECTS Fire Alarm system, Clap activated switch, Battery charger IR transmitter and Receiver, Traffic light with counter Micro-controller based polling counter Bi-directional motor, FM transmitter Emergency light, Metal detector,Cell phone detector Water-level detector, Auto-cooling fan, Dark detector OFDM (Orthogonal Frequency Division Multiplexing) Digit Recognition, Roof Rack Antenna 4-hole Chebychev coupler in X-band waveguideTECHNICAL SKILLS Linux/Ubuntu MS Office Suite Matlab Adobe PhotoshopACHIEVEMENTS / EXTRA CURRICULAR ACTIVITIES Won 1st prize in Sketching Competition organized by EME Olympiad, Rawalpindi Won 1st prize in Wall painting Competition organized by EME Olympiad, Rawalpindi Won 2nd prize in Poster Competition organized by Institute of Space Technology, Islamabad (IST) Won 1st prize in Sketching Competition organized by Military College of Signals, Rawalpindi (MCS) Organized Stage Decoration for Pantomime function in Military College of Signals, Rawalpindi Event Head for Graffitier Event in MCS Myriad, Rawalpindi Participated in Takhleeq Photography Competition held by Riphah Institute of Media Sciences, Rawalpindi Organized Stage Decoration for Welcome function in Military College of Signals, Rawalpindi

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Rabya MahmoodAddress: House No 81,Street no.59,F-11/4, IslamabadTel No (L): 051-2211021Tel No (M): 0343-8589673E-Mail: 08312114@gmail.com

ACADEMIC QUALIFICATION2012 BE Electrical Engineering (Telecommunications)

Institution: Military College of Signals,National University of Sciences & TechnologyCGPA 3.25/4.0 UP To 7th Semester

2007 HSSC: Institution: Lahore Grammar School G-6/3 IslamabadScore 921/1100 Grade A+

2005 SSC: Institution: OPF Girls College F-8/2, IslamabadScore 723/850 Grade A+

TECHNICAL EXPERIENCE WORK EXPERIENCE NAFINAL YEAR PROJECT Centralized Environmental Network Monitoring and Reporting System (CENMaRS)SEMESTER PROJECTS Infrared counter and detector light seeking bot smart home Timer Synchronized with Traffic Light Signals, GSM controlled toy car remote controlled appliance switch WPA2 crackingTECHNICAL SKILLS Linux/Ubuntu/Backtrack, Windows 7/xp/2000 MS Office Suite, Matlab C,C++,Visual BasicACHIEVEMENTS / EXTRA CURRICULAR ACTIVITIES Hosted Pantomime Function in MCS in July 2011 Organized Stage Decoration for Pantomime function in Military College of Signals, Rawalpindi in July 2011 Event Head for Scavenger Hunt Event in MCS Myriad, Rawalpindi in May 2011 Event Head for Quiz Event in MCS Myriad, Rawalpindi in May 2011 Member of Telecom Society 2011 Member of Drama Society 2009 Member of IEEE society 2011 Merit Scholarship at MCS NUST Organized Stage Decoration for Welcome function in Military College of Signals, Rawalpindi in March 2010 Hosted Prize Distribution in MCS in July 2011 Active partication in Debating competition in OPF Girls College

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Javaria KhalidAddress: House No 212,street#39,F-11/3,IslamabadTel No (L): 051-2214536Tel No (M): 0331-5351484E-Mail: 08312033@gmail.com

ACADEMIC QUALIFICATION2012 BE Electrical Engineering (Telecommunications)

Institution: Military College of Signals,National University of Sciences & TechnologyCGPA 2.56/4.0 UP To 7th Semester

2008 HSSC:Institution: Bahria College,IslamabadScore 915/1100 Grade A+

2006 SSC:Institution: Bahria College,IslamabadScore 932/1050 Grade A+

TECHNICAL EXPERIENCE WORK EXPERIENCE Internship at Ufone I-9,Islamabad International Roaming DepartmentFINAL YEAR PROJECT Centralized Environmental Network Monitoring and Reporting System (CENMaRS)SEMESTER PROJECTS infra-red detector and counter Timer Synchronized with Traffic Light Signals, GSM controlled toy car remote controlled appliance switch infra-red remote control on PCB WPA2 cracking smart homeTECHNICAL SKILLS Linux(ubuntu 11.04),Backtrack 5, Windows 7/XP Microsoft office, Matlab C,C++,assembly language,Visual Basic.ACHIEVEMENTS / EXTRA CURRICULAR ACTIVITIES Participated in and won Federal Board Inter school and college Basketball and Netball championship

2006,2008 Member of the Bahria College students council 2008 Member of the telecom society 2008-2009 Event head Junkyard MCS Myriad 2011 Organized Stage Decoration for Welcome function in Military College of Signals, Rawalpindi in March 2010 Organized Stage Decoration for Pantomime function in Military College of Signals, Rawalpindi in July 2011

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Amal AtiqueAddress: House No 675, St 5, Chaklala scheme 3, RawalpindiTel No (L): 051-5766125Tel No (M): 0333-5550703E-Mail: amal.atique@gmail.com

ACADEMIC QUALIFICATION2012 BE Electrical Engineering (Telecommunications)

Institution: Military College of Signals,National University of Sciences & TechnologyCGPA 2.93/4.0 UP To 7th Semester

2008 HSSC:Institution: Fazaia Inter College ,LahoreScore 877/1100 Grade A

2006 SSC:Institution: Fazaia Inter College Mushaf SargodhaScore 961/1050 Grade A+

TECHNICAL EXPERIENCE WORK EXPERIENCE NAFINAL YEAR PROJECT Centralized Environmental Network Monitoring and Reporting System (CENMaRS)SEMESTER PROJECTS IR Detection and Counter Timer Synchronized with Traffic Light Signals Remote Controlled Appliance Switch GSM controlled toy car PC controlled Home automation system Image registration and mosaicing Rectifying Antenna Design WPA-2 password crackingTECHNICAL SKILLS Proficient in MATLAB, C++ ,LINUX , PSPICEACHIEVEMENTS / EXTRA CURRICULAR ACTIVITIES Scholarship holder SSC & HSSC Media coordinator in the MCS telecom society Deputy Secretary Public Relations Department, IEEE MCS students' branch Event Head Myriad MCS 2011 Active participant in EME Olympiad 2010,2011 ,NUMUN 2012 1st Prize winner wall Graffitti, EME Olympiad 2010

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Hassaan AhmadAddress: House No 788, Street # 25, G-9/1, IslamabadTel No (L): 2260993Tel No (M): 0345-5912675E-Mail: hassaan.nust@gmail.com

ACADEMIC QUALIFICATION2012 BE Electrical Engineering (Telecommunications)

Institution: Military College of Signals,National University of Sciences & TechnologyCGPA 3.45/4.0 UP To 7th Semester

2008 HSSC:Institution: Islamabad College for boys G-6/3Score 915/1100 Grade A+

2006 SSC:Institution: Islamabad College for boys G-6/3Score 944/1050 Grade A+

TECHNICAL EXPERIENCE WORK EXPERIENCE 4 Weeks Internship at Siemens IslamabadFINAL YEAR PROJECT Microwave Beam-Former Receiver at 5.8GHzSEMESTER PROJECTS Audio compression using wavelet technique in MATLAB Traffic Regulation System. Antenna design on HFSS at 2.4 GHz Remote control Car Universal cell phone charger.TECHNICAL SKILLS ADS, C++, HFSS, Proteus MS office (MS-word, MS-excel, MS-power point) MATLAB, AUTOCADACHIEVEMENTS / EXTRA CURRICULAR ACTIVITIES Semester Scholarship holder in 4 semesters,Badminton, chess and cricket.

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Muhammad FaizanAddress: House No. 592, Main Street Gulrez 1, Chaklala Scheme 3,

Rawalpindi.Tel No (L): 051-9242186Tel No (M): 0345-5928267E-Mail: faizan_nust@yahoo.com

ACADEMIC QUALIFICATION2012 BE Electrical Engineering (Telecommunications)

Institution: Military College of Signals,National University of Sciences & TechnologyCGPA 3.58/4.0 UP To 7th Semester

2008 HSSC:Institution: Punjab College of Information Technology, Rawalpindi.Score 924/1100 Grade A+

2006 SSC:Institution: Siddeeq Public School 6thRoad, Rawalpindi.

Score 852/1050 Grade A+TECHNICAL EXPERIENCE WORK EXPERIENCE 6 weeks Internship at PTCL, BSS Dept, Islamabad 6 weeks Internship at NETKOM, RF Optimization Dept, IslamabadFINAL YEAR PROJECT Microwave Beam-Former Receiver at 5.8GHzSEMESTER PROJECTS Network Security: WEP Password Cracking. Microwaves: Design of NVIS loop Antenna design on HFSS for 3.7-13MHz. Electromagnetic: Design of Cavity Stabilized Gunn Oscillator on HFSS for 10 GHz. Integrated Circuits: IR controlled Robotic Arm. Digital Signal Processing: Semantics Scene Modeling with Trajectory Analysis. Analog Communication System: IR Music Transmitter and Receiver. Computer Organization & Architecture: Temperature Controlled Fan with Digital Thermometer display using

8051-Microcontroller. Digital Logic Fundamentals: Traffic Lights with countdown timer and 7-segment display.TECHNICAL SKILLS Borland C++, Matlab, Simulink Electronic Workbench, Orcad PSpice, Proteus Design Suite Agilent ADS, Ansoft HFSS AutoCAD,NS-2, TEMS, Packet Tracer, WiresharkACHIEVEMENTS / EXTRA CURRICULAR ACTIVITIES NUST scholarship holder in 1st, 5th,6th and 7th semester. Score 4.0 GPA in 5th and 6th semester Sports (Squash,Football and Cricket)

63

Usman Saeed RajaAddress: CC-86 Street no.03,Nai Abadi Marir Hassan RawalpindiTel No (L): NATel No (M): 0344-2435566E-Mail: usmansaeedraja@yahoo.com

ACADEMIC QUALIFICATION2012 BE Electrical Engineering (Telecommunications)

Institution: Military College of Signals,National University of Sciences & TechnologyCGPA 2.31/4.0 UP To 7th Semester

2007 HSSC:Institution: F.G. Sirsyed College,the Mall RWP.Score 818/1100 Grade A

2005 SSC:Institution: F.G.Boys Sec. School Adam Jee Road RWP.Score 941/1050 Grade A

TECHNICAL EXPERIENCE WORK EXPERIENCE 4 Weeks Internship at DHA Telemen,, DHA IslamabadFINAL YEAR PROJECT Communication Link for Mini-UAVSEMESTER PROJECTS Designing and Implementation of Digital Communication System using MATLAB Designing, Simulation and Optimization of Microstrip Disk Resonator at X-band Using HFSS Optical Character Recognition Using MATLAB Digital Calculator Using MicrocontrollerTECHNICAL SKILLS MATLAB, C++, AUTOCAD PSPICE, Survey and Map DrawingACHIEVEMENTS / EXTRA CURRICULAR ACTIVITIES

64

Muhammad Saad ZiaAddress: House No 51, Street 48, F-8/4, IslamabadTel No (L): 051-2852819Tel No (M): 0333-5238910E-Mail: saad.zia26@gmail.com

ACADEMIC QUALIFICATION2012 BE Electrical Engineering (Telecommunications)

Institution: Military College of Signals,National University of Sciences & TechnologyCGPA 3.23/4.0 UP To 7th Semester

2008 HSSC: Institution: F.G. SIR SYED COLLEGE, THE MALL, RAWALPINDIScore 889/1100 Grade A+

2006 SSC: Institution: ARMY PUBLIC SCHOOL AND COLLEGE, WESTRIDGE III, RAWALPINDIScore 921/1050 Grade A+

TECHNICAL EXPERIENCE WORK EXPERIENCE 3 Weeks Internship at PALMCHIP CORPORATION 6 Weeks Internship at NETKOM TECHNOLOGIES 6 Weeks Internship at ACES pvt. LtdFINAL YEAR PROJECT Microwave Beam Former Receiver Front EndSEMESTER PROJECTS         Design and characterization of a rectangular waveguide cavity resonator at 10 GHz frequency in HFSS.         ARP Poisoning using Man-in-the Middle Attack in Backtrack.         Implementation of Advanced Encryption Standard (AES) in MATLAB.         Implementation of Video Surveillance System is MATLAB.         Simulation of TCP and UDP on NS2.         Design and implementation of Digital Thermometer using Microcontroller.         Design and implementation of InfraRed door monitor.         Traffic Light system with countdown and scrolling text message display. Design and implementation of FM modulator and demodulator on PCB.TECHNICAL SKILLS Electronic Workbench, Orcad PSpice, Proteus Design Suite Agilent ADS, Ansoft HFSS Borland C++, Mathworks MATLAB, Simulink AutoCAD, TEMS, Wireshark Ubuntu, Backtrack, Network Simulator 2ACHIEVEMENTS / EXTRA CURRICULAR ACTIVITIES         NUST GPA scholarship holder in 5th and 6th semesters.         Active member of IEEE         Deputy Secretary HR Department IEEE MCS Student Chapter (2010-2011)         Active participation in event organizing at school and college level.         Finalist of ALL-PAKISTAN quiz competition held under IQRA UNIVERSITY Hiking, Reading, Shooting, Current Affairs

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Hafiz Muhammad MuneebAddress: House No 445, Phase # 01 (Ext.), Wah Model Town, WahCantt,

RawalpindiTel No (L): NATel No (M): 0313-5062808E-Mail: hmmuneeb@gmail.com

ACADEMIC QUALIFICATION2012 BE Electrical Engineering (Telecommunications)

Institution: Military College of Signals,National University of Sciences & TechnologyCGPA 2.84/4.0 UP To 7th Semester

2008 HSSC:Institution: F.G. Degree College For Boys, WahCanttScore 847/1100 Grade A

2006 SSC:Institution: Wah Islamic School of Excellence, WahCanttScore 906/1050 Grade A+

TECHNICAL EXPERIENCE WORK EXPERIENCE 4 Week Internship at DHA Teleman, DHA Islamabad.FINAL YEAR PROJECT Communication Link for Mini-UAVSEMESTER PROJECTS Designing and Implementation of Digital Communication System using MATLAB Designing, Simulation and Optimization of Microstrip Disk Resonator at X-band Using HFSS Optical Character Recognition Using MATLAB Investigation of TCP via NS2 Simulation Designing and Implementation of Digital Stop Watch Using Microcontroller Designed a robotic car interfaced with PC using MATLABTECHNICAL SKILLS HFSS, MATLAB, C++, AUTOCAD PSPICE, Electronic Workbench, Proteus Microsoft Office, Adobe Photoshop CS5, Corel Draw X5, Survey and Map DrawingACHIEVEMENTS / EXTRA CURRICULAR ACTIVITIES Designed Logo for WISE Alumni Association Got Scholarship from National ICT R&D for complete Bachelor’s Degree Got Scholarship from NDC (NESCOM) for year 2006, 2007 & 2008 Student of year at school 2005-06 Member of School Football Team

66

Muhammad Bilal SultanAddress: House 24-A, Street 3, Bahria Homes, Phase-8, Bahria Town,

RawalpindiTel No (L): 051-5709559Tel No (M): 0331-5330426E-Mail: bsultan89@gmail.com

ACADEMIC QUALIFICATION2012 BE Electrical Engineering (Telecommunications)

Institution: Military College of Signals,National University of Sciences & TechnologyCGPA 3.26/4.0 UP To 7th Semester

2008 HSSC:Institution: Islamabad Model College for Boys, F-8/4 IslamabadScore 915/1100 Grade A+

2006 SSC:Institution: Islamabad Model College for Boys,I-8/3 IslamabadScore 887/1050 Grade A+

TECHNICAL EXPERIENCE WORK EXPERIENCE 4 Weeks Internship in ZONG RAN Dept (July 2011) 4 Weeks Workshop on Hardware simulation, interfacing and development (Oct 2010) 6 Weeks Internship in PTCL WLL optimization Dept (Jul- Sep 2010)FINAL YEAR PROJECT Digital up Converter Digital down Converter Hardware implementation for SDRSEMESTER PROJECTS ARP spoofing using man-in-middle-attack (Communication and Network Security) DTMF implementation on DSP kit (Digital Communication Systems) Designed a rectangular waveguide resonator at X-band in HFSS.(EM-II) Face detector using MATLAB (DSP) Digital voltmeter using At89C51 (Integrated Circuits) Traffic light signal with timer and synchronized message (DLF) 8-bit Digital thermometer using A/D converter (Electronics)TECHNICAL SKILLS TEMS, MapInfo, Xilinx ISE Design Suite C++, MATLAB, Proteus, AutoCADACHIEVMENTS / EXTRA CURRICULAR ACTIVITIES NUST scholarship holder for scoring GPA of 3.50 Merit no. of 313 in NUST entry test 2008 3rd position in college in F.Sc. Securing Top three positions throughout school and college E-Gaming, Sports (Football,Cricket) Member of organizing committee of MCS Myriad 2011

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Naeem Ullah KhanAddress: House No. 273, Defence Housing Authority, DHA, Lahore Cantt.Tel No (L): 042-35722337Tel No (M): 0321-9459544E-Mail: naeem_050@hotmail.com

ACADEMIC QUALIFICATION2012 BE Electrical Engineering (Telecommunications)

Institution: Military College of Signals,National University of Sciences & TechnologyCGPA 2.48/4.0 UP To 7th Semester

2008 HSSC: Institution: The Lahore AlmaScore 775/1100 Grade A

2006 SSC: Institution: The Lahore AlmaScore 788/1050 Grade A

TECHNICAL EXPERIENCE WORK EXPERIENCE 6 Weeks Internship at Worldcall Telecom Limited LahoreFINAL YEAR PROJECT Decoding of Low-Density Parity Check Codes (LDPC) and their implementation in USRP (DVB-S2 Standard)SEMESTER PROJECTS In-depth Investigation of TCP via NS2 Simulation. Light Sensing Switch as an Intruder Alarm. Line following robot. Door Phone Intercom. Hostel Designing on CAD. Using HFSS designed a four hole Chebyshev coupler in X band waveguide. Motion following robot-MATLAB. Traffic light controller. WPA/WP2 Cracking. Feedback Motor Speed Control Using Pulse Width Modulation. AM Transmitter and AM Receiver on PCB Board.TECHNICAL SKILLS Microsoft Office, MATLAB, Proteus Professional PSPICE, Language C++, NS2(network simulation 2) AutoCAD, Keil, BackTrack5 Ettercap, Ansoft HFSS (Antenna modeling & designing tool)ACHIEVEMENTS / EXTRA CURRICULAR ACTIVITIES Certifications and Accreditations: Under secretary of Public Relations Department of IEEE MCS Chapter. Coordinator MCS Dramatics Club. Member of MCS Telecom Society. Discipline in charge (Proctor) in A level. President of Science society in O level. Best project in Computer organization and architecture course in 4th semester.

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Rooha ShahidAddress: House No. 561, Askari-9, Zarrar Shaheed Road, Lahore Cantt.Tel No (L): 042-36663716Tel No (M): 0321-8480213E-Mail: roha_sha@hotmail.com

ACADEMIC QUALIFICATION2012 BE Electrical Engineering (Telecommunications)

Institution: Military College of Signals,National University of Sciences & TechnologyCGPA 2.65/4.0 UP To 7th Semester

2008 HSSC:Institution: Defence Degree College For Women, LahoreScore 871/1100 Grade A

2006 SSC:Institution: Garrison Academy For Girls, LahoreScore 797/1050 Grade A

TECHNICAL EXPERIENCE WORK EXPERIENCE Internship at WorldCall Telecom LimitedFINAL YEAR PROJECT Decoding of Low-Density Parity Check Codes (LDPC) and their implementation in USRP (DVB-S2 Standard)SEMESTER PROJECTS IR Jammer on PCB. Doorphone intercom. Digital Tic Tac Toe using Microcontroller. Traffic light with counter. Parking aid. Mosaicing in MATLAB. Password Cracking of WPA2 in Backtrack.TECHNICAL SKILLS Microsoft Office, MATLAB, Proteus Professional PSPICE, Language C++, NS2(network simulation 2) AutoCAD, Keil, BackTrack5, EttercapACHIEVEMENTS / EXTRA CURRICULAR ACTIVITIES Participated in The 3rd International Kangaroo Mathematics Contest Pakistan IEEE membership in marketing and advertisement in MCS.

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Salman MahmoodAddress: House No 21, Street no. 16, Race Course Road, RawalpindiTel No (L): NATel No (M): 0321-6177779E-Mail: salmanmahmood01@gmail.com

ACADEMIC QUALIFICATION2012 BE Electrical Engineering (Telecommunications)

Institution: Military College of Signals,National University of Sciences & TechnologyCGPA 3.17/4.0 UP To 7th Semester

2008 HSSC:Institution: APSACS MailsiScore 956/1100 Grade A+

2006 SSC:Institution: OPF Boys College, IslamabadScore 898/1050 Grade A+

TECHNICAL EXPERIENCE WORK EXPERIENCE Design Engineer at Artologics Software. Around two years experience of single and multi layer PCB

designing and PIC microcontroller (Aug 2010- Present) Internship at TechOne progressive solutions (June 2010-Aug 2010)FINAL YEAR PROJECT Simulation of Virtual Sensors Over InternetSEMESTER PROJECTS Infrared Controlled robotic arm employing PIC 18F IR controlled current inversion Eight bit network cable tester Multidirectional crane using H bridge Real time clock using 8051 microcontroller and seven segment displays User defined scrolling LCD display employing PIC 18F Matlab based trajectory tracker Hacking Gmail account employing fake SSL certificate generation using BacktrackTECHNICAL SKILLS PCB Design software:Cadsoft Eagle, Proteus (ARES), Express PCB Microcontroller: PIC18F Computer languages: C, C++,Assembly, Matlab, PspiceACHIEVEMENTS / EXTRA CURRICULAR ACTIVITIES Delivered a two day workshop on PIC 18F microcontroller in 2011 at MCS Delivered a workshop on PCB designing in 2010 at MCS Best article writer for payambar magazine in 2010 Won a scholorship in HSSC Stood 1st in regional declemation contest in 2007 held at Bahawalpur

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Omar AliAddress: House No CB/505/14, STREET # 2, NEW HARLEY STREET,

RAWALPINDI CANTTTel No (L): NATel No (M): 0336-5202767E-Mail: nustbe181@gmail.com

ACADEMIC QUALIFICATION2012 BE Electrical Engineering (Telecommunications)

Institution: Military College of Signals,National University of Sciences & TechnologyCGPA 2.99/4.0 UP To 7th Semester

2008 HSSC:Institution: NWFP Board of Intermediate and secondary educationScore 931/1100 Grade A

2006 SSC:Institution: NWFP Board of Intermediate and secondary educationScore 845/1050 Grade A

TECHNICAL EXPERIENCE WORK EXPERIENCE NAFINAL YEAR PROJECT Simulation of Virtual Sensors Over InternetSEMESTER PROJECTS LC meter using PIC18f4550 microcontroller Solar panel using light sensitive diodes Frequency meter/Oscillator Digital communication system employing IRTECHNICAL SKILLS Matlab, Visual Studio 2008, LABView, PSpice Proteus, Adobe Photoshop, Macromedia Dreamweaver Willnet, HFSS, C, C++, C#, Visual BasicACHIEVEMENTS / EXTRA CURRICULAR ACTIVITIES CISCO certification

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Mohammad Wasif ArshadAddress: House No 796, St 16, I/8-2, IslamabadTel No (L): NATel No (M): 0321-5362681E-Mail: wasifarshad@gmail.com

ACADEMIC QUALIFICATION2012 BE Electrical Engineering (Telecommunications)

Institution: Military College of Signals,National University of Sciences & TechnologyCGPA 2.32/4.0 UP To 7th Semester

2008 A’ Levels:Institution: St. Mary's Academy, RawalpindiScore 880/1100 (Equivalent) Grade A

2006 O’ Levels:Institution: St. Mary's Academy, RawalpindiScore 706/850 (Equivalent) Grade A

TECHNICAL EXPERIENCE WORK EXPERIENCE 3 Weeks Internship at DHAI TelemanFINAL YEAR PROJECT Simulation of Virtual Sensors Over InternetSEMESTER PROJECTS Using Backtrack successfully cracked WEP Two Way Intercom in Electronics Hardware implementation of an infrared frequency jammer Bar code deciphering using Matlab FM Transmitter on PCB Implementation of Loop Antenna's ParametersTECHNICAL SKILLS MS Office, HFSS (Antenna modeling & designing tool) Networking Tools: NS 2, Backtrack Programming Tools: C++, Matlab, Visual Basic Circuit Design Tools: PSPICE, ProteusACHIEVEMENTS / EXTRA CURRICULAR ACTIVITIES Participated in the annual SMAMUN conference. Served as the student councilors at school

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Abdul WahabAddress: House No. 29, Block B, Adam Town, Mirpurkhas, SindhTel No (L): 0233-874-209Tel No (M): 0345-3709707E-Mail: abdulwahab.119@gmail.com

ACADEMIC QUALIFICATION2012 BE Electrical Engineering (Telecommunications)

Institution: Military College of Signals,National University of Sciences & TechnologyCGPA 2.89/4.0 UP To 7th Semester

2008 HSSC:Institution: S.A.L Government College, MirpurkhasScore 835/1100 Grade A

2006 SSC:Institution: City Grammar High SchoolScore 684/850 Grade A+

TECHNICAL EXPERIENCE WORK EXPERIENCE 6 Weeks Internship at WorldCall Telecom Limited, Karachi (Jun - Jul 2011) 5 Days Workshop on Network securityFINAL YEAR PROJECT Hardware Implementation of Digital Up Converter and Digital Down Converter for SDRSEMESTER PROJECTS "Remote access attack" on LAN through Backtrack 5 LZW data compression "Virtual mouse" by hand gesture or light using webcam in MATLAB Designed a "cylindrical dielectric resonator" in HFSS Long range "FM transceiver" on PCB Using 8051 Microcontroller developed a digital clock with LCD display Developed an "IR door Monitor" on Vero-board Cell phone call detector Term paper on "Variable capacitor"TECHNICAL SKILLS Matlab/Simulink, TEMS, Xilinx ISE Design Suite, Pspice, PCB designing Proteus, AutoCAD, HFSS, 8051 Microcontroller, C++, Keil, HTML NS 2, Microsoft Office, Backtrack 5, Hacking, Web Designing Graphic Designing, Adobe PremiereACHIEVEMENTS / EXTRA CURRICULAR ACTIVITIES Got Scholarship for Undergraduate Degree Program from ICT R&D Fund Government of Pakistan Volunteer experience at Askhia Progressive Public High School Securing Top 3 positions at school Sports (Badminton, Table Tennis, Cricket) Body building

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Hussain Imtiaz KhanAddress: 125-B PCSIR Society Phase-I Canal Bank LahoreTel No (L): 4235293325Tel No (M): 0321-9549775E-Mail: husainimtiaz_360@hotmail.com

ACADEMIC QUALIFICATION2012 BE Electrical Engineering (Telecommunications)

Institution: Military College of Signals,National University of Sciences & TechnologyCGPA 2.16/4.0 UP To 7th Semester

2008 HSSC:Institution: Lahore Grammar SchoolScore 910/1100 Grade A

2006 SSC:Institution: lasalle higher secondary schoolScore 720/850 Grade A

TECHNICAL EXPERIENCE WORK EXPERIENCE Al-Baraka Islamic Bank, National Telecommunication Corporation (NTC)FINAL YEAR PROJECT DDC/DUC software & hardware implementation using SDR’s (using FPGA for hardware implementation)SEMESTER PROJECTS Line-following robot using micro-controllers Auto-water sprinkler using window voltage comparator FM transmitter Electronic Lock Burglar Alarm Human detection and animation through webcam using MATLABTECHNICAL SKILLS Proficient in Microsoft Office, MATLAB, PSPICE, PROTEUS, AUTOCAD NETWORK SIMULATOR 2, PACKET TRACER, BORLAND C++ACHIEVEMENTS / EXTRA CURRICULAR ACTIVITIES Executive Committee Member IEEE - NUST chapter Participated in NUMUN ‘10 (NUST Model United Nations)• Organized several workshops and competitions

on innovations in Science & Technology at NUST. Held key positions in NUST telecom society – student body. Founding member of IEEE MCS chapter – NUST Organized Twin-City Myriad (Olympiad)

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Syed Jawad MohsinAddress: House No CB-505/10, Plot No.61, New Harley Street,

Rawalpindi, PakistanTel No (L): 051-5122722Tel No (M): 0332-5580234E-Mail: jawad_mohsin@hotmail.com

ACADEMIC QUALIFICATION2012 BE Electrical Engineering (Telecommunications)

Institution: Military College of Signals,National University of Sciences & TechnologyCGPA 3.87/4.0 UP To 7th Semester

2008 HSSC:Institution: F. G. Sir Syed College, The Mall, Rawalpindi.Score 947/1100 Grade A+

2006 SSC:Institution: F. G. Public Secondary School,Mehfooz Road, RawalpindiScore 971/1050 Grade A+

TECHNICAL EXPERIENCE WORK EXPERIENCE 8 Weeks internship at PTCL, Cantt Exchange, The Mall, Rawalpindi (Jul-Aug 2010)FINAL YEAR PROJECT Hardware Implementation of Digital Down Converter and Digital Up Converter for Software Defined RadioSEMESTER PROJECTS Computer and Network Security Project of “Remote Access Attack.” Designing of “50 W UHF vehicular Broadband antenna R&S”. Designing of a “Microwave Circular Cavity Resonator”. Digital Communication System Project of “LZW-Compression”. Digital Signal Processing Project of “Virtual Mouse”. Microcontroller Project of “Temperature Controlled Fan with Digital Temperature Display using 8051

Microcontroller”. Circuit Implementation of “FM Transceiver”, “Traffic Signaling Lights with countdown timer”, “Voltage

Controlled Oscillator”. Term Papers on “Classification of elements on the basis of valence band theory”, “Low and High Pass

Filters”TECHNICAL SKILLS Proficient in MS Office, C++, Matlab, NS 2, HFSS, PSpice ,OrCAD, Xilinx ISE, TEMS, Linux OS AutoCAD, Electronic WorkBench, Nessus, BackTrack 5, Packet Tracer and WireShark.ACHIEVEMENTS / EXTRA CURRICULAR ACTIVITIES Secured 4.0 GPA in 5th, 6th and 7th Semester. NUST GPA based scholarship holder for maintaining GPA above 3.5 uptil now. 3rd Position in SSC (Matriculation) Exams-2002 in Rawalpindi Region. Scholarship holder at Primary, SSC levels.

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Faizan Qasim ButtAddress: House No 255-A, St. No: 13 Chaklala Scheme: III RawalpindiTel No (L): 0092 51 5153116Tel No (M): 0332-5232832E-Mail: faizi19@hotmail.com

ACADEMIC QUALIFICATION2012 BE Electrical Engineering (Telecommunications)

Institution: Military College of Signals,National University of Sciences & TechnologyCGPA 3.03/4.0 UP To 7th Semester

2008 HSSC:Institution: Fauji Foundation College for Boys, RawalpindiScore 857/1100 Grade A

2006 SSC:Institution: Saint Mary’s Academy, RawalpindiScore 887/1050 Grade A+

TECHNICAL EXPERIENCE WORK EXPERIENCE 4 Weeks Internship at PAF KAMRA 4 Weeks Internship at TELEMAN DHAFINAL YEAR PROJECT VHF Communication Link for MIMO SDRSEMESTER PROJECTS UNIVERSAL CELL PHONE CHARGER: Made a cell phone charger which could charge every mobile phone. TRAFFIC SYSTEMS: Designed a system which reflected Traffic Signal System by using ICs and a seven

segment display. UNIVERSITY MAP: Taking measurements of buildings, roads and distances to different trees, by plane table

survey and making contours, made a university map. TOY CAR: Designed a wired remote control car using H-Bridge. DESIGNED A RING RESONATOR ON HFSS SOFTWARE: By designing and making calculated

measurements, made a ring resonator which showed resonance frequency. 2-WAY STATION INTERCOM: Implemented a wired intercom, the output (voice, sound etc.) was perfect for

hearing.TECHNICAL SKILLS C++, MATLAB, Auto CAD, MS OfficeACHIEVEMENTS / EXTRA CURRICULAR ACTIVITIES Participation in Lawn Tennis Tournament at School. Participated in Mathematics Quiz Competition in School. Participated in Cricket Tournament at Military College of Signals. Participation in Lawn Tennis at EME Olympiad 2011. Video games.

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Noman AkbarAddress: House No CB-406 Arshad street sadat colony, Wah CanttTel No (L): 051-4513012Tel No (M): 0300-9122404E-Mail: noman_akbar486@yahoo.com

ACADEMIC QUALIFICATION2012 BE Electrical Engineering (Telecommunications)

Institution: Military College of Signals,National University of Sciences & TechnologyCGPA 3.86/4.0 UP To 7th Semester

2008 HSSC:Institution: FG Degree College for boys, Wah CanttScore 859/1100 Grade A

2006 SSC:Institution: Jinnah Hall Public High School, Wah CanttScore 884/1050 Grade A+

TECHNICAL EXPERIENCE WORK EXPERIENCE 5 Weeks Internship at Mobilink Pakistan Head office F-8 Markaz Islamabad 4 Weeks Internship in Supernet IslamabadFINAL YEAR PROJECT VHF Communication Link for MIMO SDRSEMESTER PROJECTS Designed a robotic car interfaced with computer using MATLAB. Traffic light controller project. Proximity detection using IR. Automatic switching circuit. RC meter using MATLAB. Audio compression using wavelet technique in MATLAB. Initial level work on line following robot. Designed a ring resonator on HFSS Sofware Hacking windows XP and getting Password Using BacktrackTECHNICAL SKILLS Language skills in C++, MATLAB, Python, GNU radio. MS office (MS-word, MS-excel, MS-power point) Simulation Software’s CAD, HFSS. PSPICE PROTEOUS Microcontroller programming.ACHIEVEMENTS / EXTRA CURRICULAR ACTIVITIES Secured 3rd position in NTS (Scholarship test) and got scholarship from National ICT R&D fund for complete

BE degree. Scholarship holder for securing more than 3.5 GPA throughout the degree program. Prefect telecom (2011-2012). Prefect NUST hostels (2010-2011). Won speed wiring competition held at MCS NUST in 2010.

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Sadia RiffatAddress: House No 182 Canal Park, Street no 6, SargodhaTel No (L): 048-3216882Tel No (M): 0333-4609817E-Mail: sadia_riffat_123@yahoo.com

ACADEMIC QUALIFICATION2012 BE Electrical Engineering (Telecommunications)

Institution: Military College of Signals,National University of Sciences & TechnologyCGPA 2.47/4.0 UP To 7th Semester

2008 HSSC:Institution: Punjab College SargodhaScore 847/1100 Grade B

2006 SSC:Institution: Progressive Public School SargodhaScore 878/1050 Grade B

TECHNICAL EXPERIENCE WORK EXPERIENCE Internship in Teleman DHA RawalpindiFINAL YEAR PROJECT VHF Communication Link for MIMO SDRSEMESTER PROJECTS clap switch, taffic light control systems ultrasonic pest repellent, WPA-2 cracking sound, Bass controller, university map visitor counter, traffic systemsTECHNICAL SKILLS C++, Backtrack, proteus simulink, keil, NS2, MatlabACHIEVEMENTS / EXTRA CURRICULAR ACTIVITIES 1st position in college competition dodge the ball 3rd position in cricket (EME olympiade)

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Muhammad Salman SaleemAddress: House No 386,St #122, G-9/3 Islamabad, PakistanTel No (L): 0092 51 2254146Tel No (M): 0331-5671208E-Mail: m.salmansaleem@gmail.com

ACADEMIC QUALIFICATION2012 BE Electrical Engineering (Telecommunications)

Institution: Military College of Signals,National University of Sciences & TechnologyCGPA 2.54/4.0 UP To 7th Semester

2008 HSSC:Institution: ICB(Islamabad college for Boys G-6/3)Score 884/1100 Grade A+

2006 SSC:Institution: F .G boys Model school G-9/4 (Islamabad)Score 949/1050 Grade A+

TECHNICAL EXPERIENCE WORK EXPERIENCE 4 Weeks internship at DHA TELEMANFINAL YEAR PROJECT VHF Communication Link for MIMO SDRSEMESTER PROJECTS Made traffic signal control system project in DLC Made digital voltmeter using microcontroller Designed two way intercom as an Introductory Electronics lab project Wrote a code for audio compression using wavelet transform in MATLAB Built and tuned an FM transmitter as a lab project of Analog Designed a ring resonator on HFSS Sofware Hacking windows XP and getting Password Using BacktrackTECHNICAL SKILLS Development Languages: C/C++(Beginner) , Python Development Tools: NS-2,Packet Tracer ,MATLAB ,SIMULINK, Wire-Shark, GNU Radio Document/Text processing: Microsoft Word, Microsoft Excel, Microsoft Power Point, Microsoft Visio,

Microsoft Outlook expreACHIEVEMENTS / EXTRA CURRICULAR ACTIVITIES General Secretary of Telecom society and member of other societies such as IEEE. Other interests include reading different articles in newspapers. Hobbies include Football, Cricket and Athletics.

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Anum Ahmed PirkaniAddress: House No 449, Street 18A, National Police Foundation, Sector

O-9, IslamabadTel No (L): 515708513Tel No (M): 0321-5851645E-Mail: anum_pirkani@hotmail.com

ACADEMIC QUALIFICATION2012 BE Electrical Engineering (Telecommunications)

Institution: Military College of Signals,National University of Sciences & TechnologyCGPA 3.55/4.0 UP To 7th Semester

2008 HSSC:Institution: Bahria College Islamabad, FBISEScore 959/1100 Grade A+

2006 SSC:Institution: Bahria College Islamabad, FBISEScore 967/1050 Grade A+

TECHNICAL EXPERIENCE WORK EXPERIENCE 6 Weeks internship in NETKOM IslamabadFINAL YEAR PROJECT Deployment of Vehicular Adhoc Network for location updates using Distance, Doppler and Direction

techniquesSEMESTER PROJECTS Design of 3-D figures and machine components, FM and AM modulation Automatic traffic signal with time display Design of Audio Signal Mixer with Bass and Treble Control Design of Audio Signal Mixer with Bass and Treble Control Password phishingTECHNICAL SKILLS Ms Office, Microsoft Windows Xp/Vista/7, AutoCAD, Photoshop, Visual C++ Matlab, Pspice Simulation. Ares, Proteus, Ns2, Pspice, Keil, Vmware, UbuntuACHIEVEMENTS / EXTRA CURRICULAR ACTIVITIES Throughout scholarship in matric and F-Sc Participated in NESCOM held in FAST and stood 2nd in the quiz competition Federal board scholarship for outstanding intermediate result Participated in inter-board netball and basketball tournaments and got a gold medal Cash prize for maintaining a CGPA above 3.5 form 2nd semester till present Under secretary HR in IEEE MCS (2010-11)

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Hamza Tariq KhanAddress: House No 343, Street 28, I-8/2, IslamabadTel No (L): 051-4443939Tel No (M): 0333-5291753E-Mail: hamza.tariq.khan@gmail.com

ACADEMIC QUALIFICATION2012 BE Electrical Engineering (Telecommunications)

Institution: Military College of Signals,National University of Sciences & TechnologyCGPA 2.98/4.0 UP To 7th Semester

2008 HSSC:Institution: Middle East International School, Riyadh, Saudi ArabiaScore 0/0 Grade NA

2006 SSC:Institution: Middle East International School, Riyadh, Saudi ArabiaScore 0/0 Grade NA

TECHNICAL EXPERIENCE WORK EXPERIENCE Trainee Quality Assurance/Quality Control Engineer Princess Noura University for Women Project Setraa Advanced Technologies, Riyadh Saudi ArabiaFINAL YEAR PROJECT Wireless Multimedia Sensor NetworksSEMESTER PROJECTS Heat Regulator – 3rd Semester Electronics 1 Traffic Controller – 3rd Semester Digital Logic Design Acoustic Switch – 4th Semester Electronics 2 Calculator – 4th Semester Computer Organization and Architecture Analog Communication of Digital Data – 5th Semester Electronics Simulation of Micro-strip Patch Antenna on HFSS – Electromagnetics 2TECHNICAL SKILLS NoneACHIEVEMENTS / EXTRA CURRICULAR ACTIVITIES Member Editorial Board Payambar 2010-2011 General Secretary IEEE MCS Student Branch 2011 - present

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Muhammad AssadAddress: Mohalla Mushtaq Abad ,Nai Abadi Morgah Jhamra , P/O

ARL,RawalpindiTel No (L): 051-5450658Tel No (M): 0313-5316897E-Mail: masad_89@hotmail.com

ACADEMIC QUALIFICATION2012 BE Electrical Engineering (Telecommunications)

Institution: Military College of Signals,National University of Sciences & TechnologyCGPA 3.68/4.0 UP To 7th Semester

2008 HSSC:Institution: Fauji Foundation College for Boys New Lalazar , Rawalpindi.Score 918/1100 Grade A+

2006 SSC:Institution: Fauji Foundation College for Boys New Lalazar , Rawalpindi.Score 939/1050 Grade A+

TECHNICAL EXPERIENCE WORK EXPERIENCE 8 Weeks Internship at Network Rollout Department in Huawei Tech Pakistan(pvt) Ltd.FINAL YEAR PROJECT Virtual Orthogonal Antenna Compact Antenna Array with Enhanced Beam Forming CapabilitySEMESTER PROJECTS Cell Phone Detector Traffic Light System using Digital logics Electronic Locker Digital thermometer with alarm clock 3-bit Computer Using Micro-Controller WIFI cracking using Backtrack FSK Modulator and Demodulator 4-port Waveguide coupler (HFSS) Audio steganography Character Recognition using the basis of Neural NetworksTECHNICAL SKILLS HFSS (High Frequency Simulation Software), Matlab, TEMS PSPICE, Proteus,AutoCAD, Kiel micro controller programing software C++ programming language, Microsoft Office, Packet tracer, Wireshark.ACHIEVEMENTS / EXTRA CURRICULAR ACTIVITIES Participated in Annual urdu debates competition at College Was Member of College Cricket team at Inter House Level Was Member of College Football team at Inter House Level Written a research paper on the topic SCR ( Silicon Controlled Rectifier ) as subject assignment Got scholarship in 7 semesters

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Muhammad Haisem KhanAddress: House No SD 169 , lane 6 , askari 13 , adyala road , RawalpindiTel No (L): 051-5123769Tel No (M): 0332-5587898E-Mail: haisem71190@gmail.com

ACADEMIC QUALIFICATION2012 BE Electrical Engineering (Telecommunications)

Institution: Military College of Signals,National University of Sciences & TechnologyCGPA 3.69/4.0 UP To 7th Semester

2008 HSSC:Institution: Fauji Foundation College for Boys New Lalazar , Rawalpindi.Score 893/1100 Grade A+

2006 SSC:Institution: APS & C westridge 3 , RawalpindiScore 889/1050 Grade A+

TECHNICAL EXPERIENCE WORK EXPERIENCE 8 Weeks Internship at Network Rollout Dept in Huawei Tech Pakistan(pvt) Ltd.FINAL YEAR PROJECT Virtual Orthogonal Antenna Compact Antenna Array with Enhanced Beam Forming CapabilitySEMESTER PROJECTS Cell Phone Detector Traffic Light System using Digital logics 3-bit Computer Using Micro-Controller Electronic Locker Digital thermometer with alarm clock Tdm generator Audio steganography Character Recognition using the basis of Neural Networks 4-port Waveguide coupler (HFSS) Roof rack Antenna (HFSS) WIFI cracking using BacktrackTECHNICAL SKILLS HFSS (High Frequency Simulation Software), ADS, Matlab, TEMS C++, Microsoft Office,AutoCAD, Kiel micro controller programing PSPICE, Proteus, Packet Tracer, WiresharkACHIEVEMENTS / EXTRA CURRICULAR ACTIVITIES Got scholarship in 7 semesters Got 4.0 SGPA in 5th semester Written a research paper on the topic Thyristor as subject assignment Attended a workshop on ethical hacking Participated in NUMUN 2011 in NBS campus NUST Played Cricket Football Basketball and table tennis at Inter House level

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Hammad SadiqAddress: House No 206-G.block Wapda City FaisalabadTel No (L): NATel No (M): 0333-8987829E-Mail: chaudhary_hammad@ymail.com

ACADEMIC QUALIFICATION2012 BE Electrical Engineering (Telecommunications)

Institution: Military College of Signals,National University of Sciences & TechnologyCGPA 2.5/4.0 UP To 7th Semester

2008 HSSC:Institution: Punjab College Of ScienceScore 908/1100 Grade A+

2006 SSC:Institution: Divisional public school faislabadScore 885/1050 Grade A+

TECHNICAL EXPERIENCE WORK EXPERIENCE 4 Weeks Internship at UfoneFINAL YEAR PROJECT Concealed weapon detection with classificationSEMESTER PROJECTS FM transmitter Heat sensor Virtual mouseTECHNICAL SKILLS Matlab, Pcb circuitory Ms-Office, Novice at backtrackACHIEVEMENTS / EXTRA CURRICULAR ACTIVITIES Presisdent Dramatics Club sectory finance in IEEE Tennis championship winner in 2008

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Hamna AnwarAddress: House No 27Street 145 G-13/4 IslamabadTel No (L): 051-2300507Tel No (M): 0333-5113238E-Mail: hamnaanwar@hotmail.com

ACADEMIC QUALIFICATION2012 BE Electrical Engineering (Telecommunications)

Institution: Military College of Signals,National University of Sciences & TechnologyCGPA 3.57/4.0 UP To 7th Semester

2008 A’ Levels:Institution: Beaonhouse School SystemScore 4 A’s Grade NA

2006 O’ Levels:Institution: OPF Girls CollegeScore 8 A’s Grade NA

TECHNICAL EXPERIENCE WORK EXPERIENCE Internship at WARID in 2009, Engineering DepartmentFINAL YEAR PROJECT Wireless Multimedia Sensor Network using MICAz motesSEMESTER PROJECTS Heat Controller Circuit Traffic Lights Controller Circuitry with Count Down Timer GSM Controller Car Remote Appliance Switch Light Seeking Robot Smart Home: Automation of Various Appliances at Home Voice Recognition Program in MATLABTECHNICAL SKILLS Languages, MATLAB, TEMS, C++,nesC, C Office SuiteACHIEVEMENTS / EXTRA CURRICULAR ACTIVITIES Head of the Environment Society of A level (2008) General Secretary of the Environment Society in O level (2006) Member of the Students’ Council in OI (2004) Qualified for NBTC top 19 (2008) Organized volunteer work at SHIFA Hospital Volunteered in SHIFA Hospital Member of Netball Team in OI Received Ment Based Scholarship for 4 semesters Received Brentbased scholarship in AS and A2 Member of IEEE (2010 to 2011) Event Head of “Junk Yard” event of Myriad MCS (2011) Hosted and managed stage decer at Ladies Partimine (2011)

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Khawar HussainAddress: House No B-2, Staff lane, Lucky Star, Saddar, KarachiTel No (L): NATel No (M): 0333-3457087E-Mail: khawar_110@hotmail.com

ACADEMIC QUALIFICATION2012 BE Electrical Engineering (Telecommunications)

Institution: Military College of Signals,National University of Sciences & TechnologyCGPA 3.21/4.0 UP To 7th Semester

2008 HSSC:Institution: Army Publich School & College Malir Cantt KarachiScore 918/1100 Grade A+

2006 SSC:Institution: Army Publich School & College Malir Cantt KarachiScore 899/1050 Grade A+

TECHNICAL EXPERIENCE WORK EXPERIENCE Internship at World Call KarachiFINAL YEAR PROJECT Speech Scrambling Module: Implementation of Synchronization free Digital Scrambling System for

Narrowband Wireless ApplicationSEMESTER PROJECTS Electronic Dice Traffic Lights with Timer and Scrolling Message Microcontroller based projects Over Heating Alarm Scrolling message display using microcontroller 3 band equalizer Hacking windows 7 using backtrack baxandall tone equalizer Designed a Microstrip disc resonator operating at 10.5GHz in HFSS Designed a Monopole antennaTECHNICAL SKILLS C++, Matlab, NS2, Pspice, Proteus, Electronic workbench, AutoCADACHIEVEMENTS / EXTRA CURRICULAR ACTIVITIES Sectary HR at IEEE MCS branch Manger events at dramatics society Scholarship holder at NUST for semester performance

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Rizwan ZafarAddress: House No. P499/2 Street No.7 New Islam Pura Toba Tek SinghTel No (L): 046-2511907Tel No (M): 0345-7574943E-Mail: rzafar@ymail.com

ACADEMIC QUALIFICATION2012 BE Electrical Engineering (Telecommunications)

Institution: Military College of Signals,National University of Sciences & TechnologyCGPA 3.65/4.0 UP To 7th Semester

2008 HSSC:Institution: Govt. Municipal Degree College Toba Tek SinghScore 987/1100 Grade A+

2006 SSC:Institution: Sultan Foundation Boys High School Toba Tek SinghScore 975/1050 Grade A+

TECHNICAL EXPERIENCE WORK EXPERIENCE 6 Weeks Internship at Telenor Pakistan in RAN Planning and Optimization Department 2 Weeks Internship at PTCLFINAL YEAR PROJECT Concealed Weapon Detection Walk-through Gate based on Metal Detection Principles with capability of

classifying different sized metallic weapons.SEMESTER PROJECTS Antenna Theory: Designed a Micro-strip Disk Patch antenna on HFSS. Digital Logic Fundamentals: Traffic Lights with Timer and Scrolling Message. Computer Organization and Architecture: Scrolling message display using microcontroller. Digital Signal Processing: 4 band audio equalizer on Matlab. Digital Communications: Extracting music components using NMF technique on Matlab. Integrated Circuits: Voice Changer Circuit. Analog Communications: 2 band Audio Equalizer. Electronics: Electronic Dice and Over Heating Alarm.TECHNICAL SKILLS Microsoft Office, MATLAB, Live Wire, Circuit Wizard, Control Studio, Protius, Electronic Work Bench HFSS, ASSET, Mapinfo, ILSA.ACHIEVEMENTS / EXTRA CURRICULAR ACTIVITIES Chief Prefect (Hostel) at Military College of Signals, NUST. Scholarship holder at NUST for semester performance. Secured 94th merit in NUST entrance test. Secured PEEF Scholarship for Getting 2nd position in District Toba Tek Singh in Intermediate Exam. Secured 3rd position in Faisalabad Board of Secondary Education in Matriculation Exam.

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Danish IlyasAddress: House No 207/A-1, humayun road,near APS(girls),RawalpindiTel No (L): 051-5796655Tel No (M): 0313-7823960E-Mail: d1680yz@gmail.com

ACADEMIC QUALIFICATION2012 BE Electrical Engineering (Telecommunications)

Institution: Military College of Signals,National University of Sciences & TechnologyCGPA 3.4/4.0 UP To 7th Semester

2008 HSSC:Institution: Garrison Academy Kharian CanttScore 892/1100 Grade A+

2006 SSC:Institution: Garrison Academy Kharian CanttScore 861/1050 Grade A+

TECHNICAL EXPERIENCE WORK EXPERIENCE 6 Weeks Internship at Supernet LimitedFINAL YEAR PROJECT Communication System for Small UAVSEMESTER PROJECTS Digital Thermometer generating output suitable for interfacing with computer. Traffic Signal along with signal time and clock display. Data transmission between two computers using LASER. Embedded Calculator using Microcontroller. A.M. Transmission and reception. Multiband Audio Equalizer with GUI using MATLAB. Bethe Hole Coupler Design on HFSS. Near Vertical Incidence Skywave Antenna performance analysis.TECHNICAL SKILLS Microsoft Office, Web designing with Front page, C, C++, Python GNUradio, MATLAB, HFSS, USRP.ACHIEVEMENTS / EXTRA CURRICULAR ACTIVITIES Awarded full semester tuition fee waiver scholarship for 175th merit position in N.U.S.T. entrance test. Awarded financial assistance scholarship for achieving 3.71 G.P.A. in 3rd semester. Participation as an actor in onstage acting and Video clips in university events. Headed a team of delegates for NUST Model United Nations (NUMUN) 2010. Member of IEEE Society.

89

Dileep KumarAddress: House No 19, Street – 44, F 6/1, Supper Market, Islamabad,

Pakistan.Tel No (L): 051-2871112Tel No (M): 0333-2680533E-Mail: dileep_533@hotmail.com

ACADEMIC QUALIFICATION2012 BE Electrical Engineering (Telecommunications)

Institution: Military College of Signals,National University of Sciences & TechnologyCGPA 3.16/4.0 UP To 7th Semester

2008 HSSC:Institution: BFP College, Umerkot, SindhScore 892/1100 Grade A+

2006 SSC:Institution: BFP School, Umerkot, SindhScore 673/850 Grade A

TECHNICAL EXPERIENCE WORK EXPERIENCE 6 Weeks Internship at PTCL, Saddar, Rawalpindi 4 Weeks Internship at Teleman DHA Islamabad 5 Weeks Internship at PTCL, KarachiFINAL YEAR PROJECT Air Interface for LTE Radio: Physical Layer Design and Implementation on PXI.SEMESTER PROJECTS Moving Object Tracking in real time in Matlab Designed DTMF decoder with LCD display using Microcontroller. Developed a digital thermometer using Microcontroller. Designed a high range FM Transmitter on PCB Developed IR wireless headphones. Designed traffic light system.TECHNICAL SKILLS LabVIEW, MATLAB, AutoCAD Pspice, C++ Language, PCB design Microsof OfficeACHIEVEMENTS / EXTRA CURRICULAR ACTIVITIES ICT R&D Funds Scholarship for undergraduate education, 2008-2012 Semester scholarship holder for securing above 3.5 GPA Stood 3rd in college in Intermediate Examination, 2008

90

Muhammad Faisal InayatAddress: C/O Gulzar Ahmed, Mohalla Abid Town Near Civil Hospital,

NarowalTel No (L): 92542411568Tel No (M): 0323-5729919E-Mail: narowalian@gmail.com

ACADEMIC QUALIFICATION2012 BE Electrical Engineering (Telecommunications)

Institution: Military College of Signals,National University of Sciences & TechnologyCGPA 3.1/4.0 UP To 7th Semester

2008 HSSC:Institution: Punjab College of Science, GujranwalaScore 895/1100 Grade A+

2006 SSC:Institution: Narowal Public School, NarowalScore 934/1050 Grade A+

TECHNICAL EXPERIENCE WORK EXPERIENCE 6 Weeks Internship at WorldcallFINAL YEAR PROJECT Communication Link for UAVSEMESTER PROJECTS Designed a microstrip dielectric resonator in HFSS. Using 8051 Microcontroller developed a frequency meter with LCD display on PCB. Using ultrasonic made proximity detector. Cell phone call detector.TECHNICAL SKILLS Matlab, C++, Auto CAD Proteus, HFSS, Python GNU Radio, USRPACHIEVEMENTS / EXTRA CURRICULAR ACTIVITIES Got Scholarship from NUST on the basis of good merit position play hockey, badminton, table tennis

91

Saad Ur Rehman FaizAddress: House No 23, Lane# 2, Askari-10, P O Kachery, Airport Road,

RawalpindiTel No (L): 051-5121001Tel No (M): 0334-8529907E-Mail: saad_227@live.com`

ACADEMIC QUALIFICATION2012 BE Electrical Engineering (Telecommunications)

Institution: Military College of Signals,National University of Sciences & TechnologyCGPA 2.53/4.0 UP To 7th Semester

2007 HSSC:Institution: F.G.SirSyed College, The Mall, Rawalpindi CanttScore 881/1100 Grade A+

2005 SSC:Institution: Army Public School & College, Ordnance Road, Rawalpindi CanttScore 907/1050 Grade A+

TECHNICAL EXPERIENCE WORK EXPERIENCE 4 X Weeks Internship at PTCL 3 X Weeks Internship at Wateen TelecommFINAL YEAR PROJECT Ababeel UAV (Mine Detector) Quadcopter Mine Detection & Video Survelliance systemSEMESTER PROJECTS Virtual Oscilloscope in MATLAB DC Power Supply FM Transmitter Designed in Psipce Designed E-type Patch Antenna in HFSS Designed Miniturized Wilkinson Power Divider in ADS Mobile Simulator in C++ Green Telecomm (Green Engineering )TECHNICAL SKILLS HFSS, ADS, MATLAB, C++, Microsoft Office Proteous, Pspice, Auto CadACHIEVEMENTS / EXTRA CURRICULAR ACTIVITIES Representative Day Scholar in College Telecomm Society Cricket, Travelling, Reading Books

92

Ramzan AliAddress: Chak No.8/11-L,Tehsil chichawatni,Distric SahiwalTel No (L): NATel No (M): 0323-5015089E-Mail: Ramzan_nust@yahoo.com

ACADEMIC QUALIFICATION2012 BE Electrical Engineering (Telecommunications)

Institution: Military College of Signals,National University of Sciences & TechnologyCGPA 3.23/4.0 UP To 7th Semester

2008 HSSC:Institution: Govt.College SahiwalScore 821/1100 Grade A

2005 SSC:Institution: Govt.High School 8/11-LScore 664/850 Grade A

TECHNICAL EXPERIENCE WORK EXPERIENCE 4 Week Internship at DHA Teleman, Phase I RawalpindiFINAL YEAR PROJECT Concealed Weapon DetectionSEMESTER PROJECTS Developed a Digital watch using microcontroller with LCD display Designed an FM Transceiver of range 500 meters Designed Traffic light system on a bread board in digital logic design Developed Virtual mouse in Real time using Matlab in DSP Designed a cylindrical dielectric resonator using HFSS in EM theoryTECHNICAL SKILLS AUTOCAD, MATLAB/simulink, NS-2,C++, Proteus, PSpice, keil HFSS, MS Office Tools, Turbo C, Adobe Photoshop, Windows MovieMakerACHIEVEMENTS / EXTRA CURRICULAR ACTIVITIES Fully funded free scholarship from ICT R&D funds Pakistan for four years undergraduate education in NUST. GPA based scholarship (6th semester)undergraduate education in NUST.

93

Sarah MahmoodAddress: House No 991, St 24, Phase IV, Bahria Town, RawalpindiTel No (L): 051-5731573Tel No (M): 0345-5067543E-Mail: sarahm_009@hotmail.com

ACADEMIC QUALIFICATION2012 BE Electrical Engineering (Telecommunications)

Institution: Military College of Signals,National University of Sciences & TechnologyCGPA 3.5/4.0 UP To 7th Semester

2008 HSSC:Institution: Lahore Grammar School, IslamabadScore Straight 4As Grade NA

2006 SSC:Institution: OPF Girls College, IslamabadScore Straight 8As Grade NA

TECHNICAL EXPERIENCE WORK EXPERIENCE Internship at FAB Attended Workshop on Ethical HackingFINAL YEAR PROJECT Network Controlled EyeSEMESTER PROJECTS Duplex Doorphone, Voltage Controlled Oscillator Traffic lights system with countdown timer,PC Controlled Home automation system (on PCB) Microcontroller based Line Follower Robot Facebook Password Capturing In-depth investigation of TCP and UDP using NS2, Steganography in MATLAB Design, simulation and analysis of Quasi optical open resonator at X band frequency of 11 GHzTECHNICAL SKILLS AUTOCAD,MATLAB, NETWORK SIMULATOR HFSS, C++, Java, PROTEUS, PSPICE TEMS, Packet TracerACHIEVEMENTS / EXTRA CURRICULAR ACTIVITIES Member HR Dept. IEEE Student body, MCS, 2010 Poetry In charge, PAYAMBAR Magazine, MCS Editorial Board 2009 Head English Section, PAYAMBAR Magazine, MCS Editorial Board 2010 Winner LGS Poetry Competition 2007 Winner LGS Peace Day Poetry Competition 2007 Winner Group Poetry Recitation OPF Girls College 2003 Publications in The Nation NUST Scholarship for students with GPA above 3.5 100% Fee Waiver Scholarship for 2 years at LGS, Islamabad.

94

Sarmad GhafoorAddress: House No v-12 V block tariq bin ziad colony sahiwalTel No (L): NATel No (M): 0333-7723321E-Mail: sarmad.choudhary@gmail.com

ACADEMIC QUALIFICATION2012 BE Electrical Engineering (Telecommunications)

Institution: Military College of Signals,National University of Sciences & TechnologyCGPA 3.19/4.0 UP To 7th Semester

2008 HSSC:Institution: tameer-i-nau public college QuettaScore 827/1100 Grade A

2006 SSC:Institution: Army public school sibbiScore 818/1050 Grade A

TECHNICAL EXPERIENCE WORK EXPERIENCE NAFINAL YEAR PROJECT concealed weapon detection with classificationSEMESTER PROJECTS infra red intrupter line follower car Virtual pc mouseTECHNICAL SKILLS Matlab, Back track wireshark, proteusACHIEVEMENTS / EXTRA CURRICULAR ACTIVITIES 2nd position in SSC in region ICT scholarship for BE in NUST

95

Sarmad NadeemAddress: House No 2012, St # 32, I-10/2, IslamabadTel No (L): 051-4446308Tel No (M): 0332-5163935E-Mail: sarmadnadeem1@hotmail.com

ACADEMIC QUALIFICATION2012 BE Electrical Engineering (Telecommunications)

Institution: Military College of Signals,National University of Sciences & TechnologyCGPA 3.67/4.0 UP To 7th Semester

2008 HSSC:Institution: F G Sir Syed College, The Mall, RawalpindiScore 946/1100 Grade A+

2006 SSC:Institution: Siddeeq Public School, 6th Road, Satellite Town, RawalpindiScore 920/1050 Grade A+

TECHNICAL EXPERIENCE WORK EXPERIENCE Internship at the Alcatel-Lucent Pakistan LtdFINAL YEAR PROJECT Speech Scrambling ModuleSEMESTER PROJECTS Remote Access Attack through command line interface using Backtrack and Wireshark Bandwidth sharing under the TCP and UDP using Network Simulator Microstrip Disc Resonator operating at 10.5 GHz on HFSS Design and implemented a 50W UHF vehicular Broadband Antenna Separation of polyphonic tone using non negative matrix factorization (NMF) on MATLAB Amplification of Bass and Treble separately in a sound file using Baxandall Method Digital Temperature Display and Temperature Controlled Fan using microcontrollers Timer Synchronized with Traffic Light Signals Scaled Map of MCS covering details of Buildings, Roads, Sewerage lines and Vegetations Design and Implementation of Cell Phone Detector circuit on PCB Design and Implementation of Voltage Controlled Oscillator on PCB Presentation on Active and Passive Optical Access Network technologiesTECHNICAL SKILLS Borland C++, 6713 DSK Code Composer, Matlab, Simulink, Network Simulator Electronic Workbench, Orcad PSpice, Proteus Design Suite Agilent ADS, Ansoft HFSS, Maxwell, Antenna Magus, Antenna Synthesizer, Microsoft Office ARP (Alcatel-Lucent, Zong), AutoCA, TEMSACHIEVEMENTS / EXTRA CURRICULAR ACTIVITIES NUST Merit Scholarship holder in 7 semesters for maintaining Semester GPA above 3.50 Distinction in Federal Board in 1st Year Member of Event organizing team at MCS Participated in Relief work for Earthquake victims in December 2005

Muhammad Shaheer Nawaz96

Address: House No 27B Rabia Bangalows Near DHA Phase-1 Morgah, Rawalpindi

Tel No (L): 051-5789369Tel No (M): 0322-5194901E-Mail: shaheer.nawaz@ymail.com

ACADEMIC QUALIFICATION2012 BE Electrical Engineering (Telecommunications)

Institution: Military College of Signals,National University of Sciences & TechnologyCGPA 2.78/4.0 UP To 7th Semester

2008 HSSC:Institution: Fauji Foundation College, New Lalazar Rawalpindi Cantt.Score 848/1100 Grade A

2006 SSC:Institution: Army Public School & College Mangla CanttScore 919/1050 Grade A+

TECHNICAL EXPERIENCE WORK EXPERIENCE 8 Weeks Internship at Radio Network OptimizationFINAL YEAR PROJECT Bluetooth Audio TransferSEMESTER PROJECTS Traffic Signaling Lights Deblurring image using blind algorithm in MATLAB Robotic ArmTECHNICAL SKILLS TEMS, MS-Office, MATLAB, Antenna Designing in HFSS Pspice,Proteus etc Circuit Designing Softwares Novice at Backtrack, PCB Designing in ProteusACHIEVEMENTS / EXTRA CURRICULAR ACTIVITIES Manager Finance at MCS Dramatic Society, Good in Naat/Qirat

97

Warda NaimAddress: House No.127 Street 30, I-10/4 IslamabadTel No (L): 051-4444159Tel No (M): 0322-5372268E-Mail: wardanaim@hotmail.com

ACADEMIC QUALIFICATION2012 BE Electrical Engineering (Telecommunications)

Institution: Military College of Signals,National University of Sciences & TechnologyCGPA 2.98/4.0 UP To 7th Semester

2008 HSSC:Institution: F.G. College for Women, F-7/2 IslamabadScore 891/1100 Grade A+

2006 SSC:Institution: C.D.A. Model School, I-9/4 IslamabadScore 939/1050 Grade A+

TECHNICAL EXPERIENCE WORK EXPERIENCE Internship in UfoneFINAL YEAR PROJECT VANET bared Fleet/convoy ManagementSEMESTER PROJECTS Filter Circuits implementation, Voltage Controlled Oscillator Traffic lights system with countdown timer, Walkie Talkie Circuit (implementation on PCB) Home Automation system using Microcontroller, Facebook Password Capturing In-depth investigation of TCP and UDP using NS2, Steganography in MATLAB Design, simulation and analysis of Quasi optical open resonator at X band frequency of 11 GHz (using HFSS

software)TECHNICAL SKILLS AUTOCAD, MATLAB, Network Simulator, TEMS High Frequency Structure Simulator C++, PCB wizard, Proteus, PSPICE, Packet tracerACHIEVEMENTS / EXTRA CURRICULAR ACTIVITIES Outstanding children of Federal Employees, Educational Stipends from Government of Pakistan

Establishment Division, Islamabad 2009. Obtained merit based scholarship in HSSC from PAEC Foundation. Secured first position in school in SSC.

98

Amna ZiauddinAddress: House No 34, Street#3, NDU, E9, IslamabadTel No (L): 051-9262822Tel No (M): 0331-5068584E-Mail: amnaziauddin310@gmail.com

ACADEMIC QUALIFICATION2012 BE Electrical Engineering (Telecommunications)

Institution: Military College of Signals,National University of Sciences & TechnologyCGPA 2.71/4.0 UP To 7th Semester

2008 HSSC:Institution: Army Public School and College, HyderabadScore 794/1100 Grade A

2006 SSC:Institution: Army Public School and College, Humayun Road RawalpindiScore 881/1050 Grade A+

TECHNICAL EXPERIENCE WORK EXPERIENCE 4 Weeks Internship at Zong’s regional office, Karachi 5 Weeks Internship at Worldcall head office, Karachi Organized several workshops as part of IEEE MCS Student BranchFINAL YEAR PROJECT Unmanned Aerial Vehicle capable of mine detection and video surveillanceSEMESTER PROJECTS Emergency light/alarm system Design and implementation of ultrasonic pest repellent. Traffic light system using 8085 microprocessor (individual project) Design and implementation of RF jammer Image mosaicing using MATLAB Cracking WPA/WPA2 using backtrackTECHNICAL SKILLS MATLAB, C++, NS2, Proteus 7.0, Microsoft Office (including vision) Keil (u version), Simulink, PSPICEACHIEVEMENTS / EXTRA CURRICULAR ACTIVITIES Active member of Telecomm Society in university for a priod of 2 consecutive years. Active member of IEEE MCS student body. Award for securing A+ grade in annual board 2008 (HSSC-II) Member of NUST girls basket ball team. Award for representing NUST in all Pakistan intervarsity basketball championship (2008-2009) held at

Sargodha Award for representing NUST in all Pakistan intervarsity basketball championship (2009-2010) held at Lahore Participation in Peshawar division table tennis association.

99

Zil-E-HumaAddress: 5-B Model Town GujranwalaTel No (L): 055-3253821Tel No (M): 0321-5109562E-Mail: huma.gulzar@gmail.com

ACADEMIC QUALIFICATION2012 BE Electrical Engineering (Telecommunications)

Institution: Military College of Signals,National University of Sciences & TechnologyCGPA 3.2/4.0 UP To 7th Semester

2008 HSSC: A LevelInstitution: Beaconhouse School SystemScore 2As 3Bs Grade NA

2006 SSC: O LevelInstitution: Beaconhouse School SystemScore 8As Grade NA

TECHNICAL EXPERIENCE WORK EXPERIENCE Internship at NETKOM Islamabad Internship at ZTE Islamabad Internship at Roshni Homes WelfareFINAL YEAR PROJECT On Move Dynamic Location Detection Without GPS in VANET Working on VANETs using 3D Doppler,

Directivity and Distance to Update the Relevant Local Dynamic Map(LDM).SEMESTER PROJECTS Parking Aid: A circuit which was designed to help park car in garage. Traffic Lights: We made use of 3 ICs to make a two-way traffic signal. Touch Switch with Buzzer : used a silver plate to turn a buzzer circuit on. LED Dice: Used a programmable 8052 microcontroller to randomly display a number as on a dice. AM transmitter and receiver: generated a carrier wave to transmit voice signal via AM Image Mosaic: used MATLAB for image stitching. Password Phishing: used .php language to do ethical hacking. Network Simulation using NS2TECHNICAL SKILLS Ubuntu, C++, MATLAB, Microsoft Office, Proteus, Keil, Pspice, Ares, NS2 VMware, Back track, Android, Ubuntu, C++, MATLABACHIEVEMENTS / EXTRA CURRICULAR ACTIVITIES Shield of Merit on Straight A's in O-level Cash Prize on O-level final result Trophies on scoring 4 As in A-level first year Cash prize on first semester (BE) result

100

Zarrar Ali KhanAddress: Village Lapri Killa, Post office, Azim Killa, Teh & Distt BannuTel No (L): NATel No (M): 0345-9168984E-Mail: zarraralikhan@gmail.com

ACADEMIC QUALIFICATION2012 BE Electrical Engineering (Telecommunications)

Institution: Military College of Signals,National University of Sciences & TechnologyCGPA 3.2/4.0 UP To 7th Semester

2008 HSSC:Institution: Army Public School & College Ordnance Road, RawalpindiScore 851/1100 Grade A

2006 SSC:Institution: Army Public School & College , Mangla CanttScore 894/1050 Grade A+

TECHNICAL EXPERIENCE WORK EXPERIENCE Internship at Mobilink PeshawarFINAL YEAR PROJECT Speech Scrambling Module: Implementation of Synchronization free Digital Scrambling System for

Narrowband Wireless ApplicationSEMESTER PROJECTS Map of MCS college showing to scale lengths of the buildings and the positions of the trees, sewerage lines

etc Electronic Dice Digital Logic Fundamentals : Traffic Lights with Timer and Scrolling Message Electronics II: Over Heating Alarm Hacking Windows 7 using Backtrack and bypassing the antivirus by social engineering Made a program to separate the different instrumental tones in a sound file by using NMF (Non Negative

Marix Factorization) Baxandall tone control circuit Designed a Microstrip disc resonator operating at 10.5GHz in HFSS Designed a Monopole antenna on HFSS Simulation of TCP and UDP on NSTECHNICAL SKILLS Matlab, Auto CAD, HFSS PSPICE, Proteus, C++ACHIEVEMENTS / EXTRA CURRICULAR ACTIVITIES Scholarship holder at MCS (NUST) for obtaining a GPA above 3.5

101

Abdul Moiz JadoonAddress: C/O BRIG SAJID IQBAL, COMDT ASC CENTRE, NOWSHERA

CANTTTel No (L): 0923-9220176Tel No (M): 0342-5122383E-Mail: trackmysound@hotmail.com

ACADEMIC QUALIFICATION2011=2 BE Electrical Engineering (Telecommunications)

Institution: Military College of Signals,National University of Sciences & TechnologyCGPA 2.66/4.0 UP To 7th Semester

2008 HSSC:Institution: GARRISON ACADEMY QUETTA CANTTScore 885/1100 Grade A

2006 SSC:Institution: BEACONHOUSE SCHOOL SYSTEMScore 685/850 Grade A+

TECHNICAL EXPERIENCE WORK EXPERIENCE Internship at WORLD CALL Internship at TELEMANFINAL YEAR PROJECT Wirelessly Synchronized Robotic ArmSEMESTER PROJECTS FIRE FIGHTING ROBOT TRAFFIC LIGHT SYSTEM SOUND OPERATED SWITCH DIGITAL COUNTER MATLAB DTMF Decoder with LCD DisplayTECHNICAL SKILLS MATLAB, MikroC, C++ MS Office, ProteusACHIEVEMENTS / EXTRA CURRICULAR ACTIVITIES PALYED BASKETBALL AT ALL PAKISTAN LEVEL, REPRESENTING NUST PARTICIPATED IN WORLD BANK ESSAY COMPETITION 2010 ACHIEVED SCHOLARSHIP FROM THE PRSIDENT IN F.Sc PART II

102

Muhammad Adeel ChaudhariAddress: House No 17-New Grain Market Shujabad,MultanTel No (L): 061-4396426Tel No (M): 0321-6392652E-Mail: adeel_chaudhari@hotmail.com adeelch45@gmail.com

ACADEMIC QUALIFICATION2012 BE Electrical Engineering (Telecommunications)

Institution: Military College of Signals,National University of Sciences & TechnologyCGPA 2.84/4.0 UP To 7th Semester

2008 HSSC:Institution: Govt.Degree College Shujabad,MultanScore 820/1100 Grade A

2006 SSC:Institution: Allama Iqbal Public High School Shujabad,MultanScore 923/1050 Grade A+

TECHNICAL EXPERIENCE WORK EXPERIENCE 4 weeks Internship at PTCL 4 weeks Internship at TELEMANFINAL YEAR PROJECT Wirelessly Synchronized Robotic ArmSEMESTER PROJECTS Developed an Infrared Door Monitor Digital Clock with LCD Display Traffic Light System Moving Object Tracker using MATLAB DTMF Decoder with LCD DisplayTECHNICAL SKILLS MATLAB, MikroC, C++, Auto CAD, Back Track MS Office, ProteusACHIEVEMENTS / EXTRA CURRICULAR ACTIVITIES ICT R&D Scholarship for undergraduate education, 2008-2012. Stood 1st in Tehsil in Matriculation Examination, 2006

103

Hammad HassanAddress: House No 1140, Road A, Phase 4, Bahria Town, IslamabadTel No (L): 051-5822411Tel No (M): 0333-7817852E-Mail: engr.hammadhassan@gmail.com

ACADEMIC QUALIFICATION2012 BE Electrical Engineering (Telecommunications)

Institution: Military College of Signals,National University of Sciences & TechnologyCGPA 3.11/4.0 UP To 7th Semester

2008 HSSC:Institution: F.G DEGREE College, Madrissa Road, Quetta CanttScore 792/1100 Grade A

2006 SSC:Institution: GARRISON ACADEMY, Musa Road, Quetta CanttScore 850/1050 Grade A+

TECHNICAL EXPERIENCE WORK EXPERIENCE 6 Weeks Internship at National Telecommunication Corporation, Islamabad 4 Days Ethical hacking Workshop, Information Security Dept. MCS Rawalpindi 4 Days HACK-A-DAY Workshop, EE Department, MCS Rawalpindi PCB designing Workshop, Telecom Society, MCS RawalFINAL YEAR PROJECT Wirelessly Synchronized Robotic ArmSEMESTER PROJECTS Line Follower Robot Automatic Number Plate Recognition In Matlab Traffic Light Signal With Time Display Infra Red Remote Jammer Rechargeable Emergency Light Simulation of OFDM in MATLAB Simulation of TCP, UDP Traffic in Network Simulator 2 Capture Command Control of Host PC on LAN using BacktrackTECHNICAL SKILLS Matlab, MicroC, C++, Linux PSPICE, Proteus, PCB Design, Backtrack, Wireshark, NS2, Ettercap, Cain and Able MS Visio,MS Office, AutoCAD, Adobe Photoshop, Packet tracer, TEMS, NessusACHIEVEMENTS / EXTRA CURRICULAR ACTIVITIES ICT scholarship holder for 4 years BE Degree NUST scholarship for securing GPA above 3.5 Prefect hostel Overall Position Holder Throughout School Travelling, Reading Blogs

104

Saad QaisarAddress: House No D-1, Water and Soil Testing Laboratory, Agriculture

Coloney, Model Town-A, BahawalpurTel No (L): 0622-880566Tel No (M): 0332-6359794E-Mail: s.qaisar@yahoo.com

ACADEMIC QUALIFICATION2012 BE Electrical Engineering (Telecommunications)

Institution: Military College of Signals,National University of Sciences & TechnologyCGPA 3.29/4.0 UP To 7th Semester

2008 HSSC:Institution: FG COLLEGE BAHAWALPURScore 872/1100 Grade A

2006 SSC:Institution: FG SCHOOL BAHAWALPURScore 886/1050 Grade A+

TECHNICAL EXPERIENCE WORK EXPERIENCE Internship in WORLD CALLFINAL YEAR PROJECT Wirelessly Synchronized Robotic ArmSEMESTER PROJECTS Line Follower Robot Automatic Number Plate Recognition In Matlab Traffic Light Signal With Time Display Infra Red Remote Jammer Rechargeable Emergency Light Simulation of OFDM in MATLAB Simulation of TCP, UDP Traffic in Network Simulator 2 PHISHINGTECHNICAL SKILLS MATLAB, MikroC, C++, MS Office Proteus, SUPER PHISHER, ASEMBLY LANGUAGEACHIEVEMENTS / EXTRA CURRICULAR ACTIVITIES 96 PERCENTILE IN GAT TEST 2 TIMES SCHOLARSHIP HOLDER IN NUST DURING THE SEMESTERS 2nd POSITION IN COLLEGE IN FSC CRICKET

105

Javeriah Iftikhar AbbasiAddress: House No 2, street#2, Khan Avenue Housing Society, Chaklala

Scheme 3,RwpTel No (L): 051-5838791Tel No (M): 0323-5737931, 0333-5503328E-Mail: jerryabbasi@gmail.com

ACADEMIC QUALIFICATION2012 BE Electrical Engineering (Telecommunications)

Institution: Military College of Signals,National University of Sciences & TechnologyCGPA 3.51/4.0 UP To 7th Semester

2008 HSSC:Institution: Fauji Foundation College for Girls, Lalazar, RwpScore 898/1100 Grade A+

2006 SSC:Institution: Fauji Foundation College for Girls,Lalazar, RwpScore 951/1050 Grade A+

TECHNICAL EXPERIENCE WORK EXPERIENCE Internship at PTCL(ZTE OMC), City Exchange, Rawalpindi Internship at Frequency Allocation Board (FAB),IslamabadFINAL YEAR PROJECT Design and Implementation of RFID Based Multipurpose SystemSEMESTER PROJECTS Data interfacing using PIC microcontoller SQL injection Roof Rack Antenna 3.3- 12.5 GHz Quasi optical open resonator at X band frequency image Registration using MATLAB Digital thermometer IR based voice transmitter and receiver IR controlled bi-directional fan Security gate with IR controlled visiter controller Traffic light system using 555timer Metal detectorTECHNICAL SKILLS MS Office,HFSS,Circuit Designing (Proteus,Ares) MATLAB, Designing of PCB, MS Visual Studio MySQL, Good communicating and interpersonal skillsACHIEVEMENTS / EXTRA CURRICULAR ACTIVITIES NUST GPA scholarship in 3 semesters Remained a member of Federal Board Netball team Remained a member of MCS Telecom Society Remained Deputy Secretary Public Relations IEEE MCS student branch

106

Naumana AyubAddress: House No 359, stree#6, Meri Colony, Bannu road, KohatTel No (L): 0922-510575Tel No (M): 0334-8319098E-Mail: naumana.ayub@yahoo.com

ACADEMIC QUALIFICATION2012 BE Electrical Engineering (Telecommunications)

Institution: Military College of Signals,National University of Sciences & TechnologyCGPA 3.41/4.0 UP To 7th Semester

2008 HSSC:Institution: Fazaia Inter College, KohatScore 939/1100 Grade A+

2006 SSC:Institution: Fauji Foundation Model School KohatScore 898/1050 Grade A+

TECHNICAL EXPERIENCE WORK EXPERIENCE Internship at ZTE, IslamabadFINAL YEAR PROJECT Design and Implementation of RFID Based Multipurpose SystemSEMESTER PROJECTS Data interfacing using PIC microcontoller SQL injection Roof Rack Antenna 3.3- 12.5 GHz Quasi optical open resonator at X band frequency image Registration using MATLAB Digital thermometer IR based voice transmitter and receiver IR controlled bi-directional fan Security gate with IR controlled visiter controller Traffic light system using 555timer Metal detectorTECHNICAL SKILLS MS Office suite, Windows 98/XP/2007 MATLAB, HFSS, ( Antenna design software) ProteusACHIEVEMENTS / EXTRA CURRICULAR ACTIVITIES NUST GPA Scholarship NUST Merit Scholarship on admission Represented NUST in inter-university badminton competition Won inter-school badminton competition 2nd position in inter-school debate competition

107

Saad Riaz QaziAddress: House No 15/2, South Hilal Road, Rawalpindi CanttTel No (L): 051-561-34153Tel No (M): 0323-5362597E-Mail: saadriazqazi@gmail.com

ACADEMIC QUALIFICATION2012 BE Electrical Engineering (Telecommunications)

Institution: Military College of Signals,National University of Sciences & TechnologyCGPA 2.53/4.0 UP To 7th Semester

2008 HSSC:Institution: Garrison Degree College LahoreScore 824/1100 Grade A

2006 SSC:Institution: Army Public School & College, Westridge-3, RawalpindiScore 897/1050 Grade A

TECHNICAL EXPERIENCE WORK EXPERIENCE 8 Weeks Internship at PTCL Datacomm Department Free Lance Technology writer and journalist for 2 Years with different websitesFINAL YEAR PROJECT Design and Implementation of RFID Based Multipurpose SystemSEMESTER PROJECTS Traffic Light Controller Circuit InfraRed controlled Robortic Arm Metal Detechtor with Message Display and Alarm Object Trajectory Tracking and Path analysis using Backgroung Subtraction in Matlab Designing of Stabilized Gunn Oscillaor in Waveguide configuration at X band frequency Design of Circularly Polarized Patch Antenna Analysis of Different internet Protocols using Network Simulator 2TECHNICAL SKILLS MS Office, Matlab, MikroC, Keil Linux, Proteus, AutoCad, Ansoft HFSS Wordpress, Blogger & Weebly, Fabrication and Designing of PCB Programming of 8051 & PICACHIEVEMENTS / EXTRA CURRICULAR ACTIVITIES Member of School Debating Society College English Debate Champion Member College Mathematics Society Member NUST Telecom Society Dept. Secy. IEEE MCS Chapter Operations and Management Department Freelance Journalist and Article Writer on technology trends, gadgets and telecommunication Founder of "Sacred Byte Technologies" and "The Tab Arena"

108

Haleemah ZiaAddress: House No 144, St#73,G-9/3, IslamabadTel No (L): 051-2856208Tel No (M): 0345-5926662E-Mail: haleemahzia2007@hotmail.com

ACADEMIC QUALIFICATION2012 BE Electrical Engineering (Telecommunications)

Institution: Military College of Signals,National University of Sciences & TechnologyCGPA 3.46/4.0 UP To 7th Semester

2008 HSSC: A LevelsInstitution: Lahore Grammar School IslamabadScore Straight 4As Grade NA

2006 SSC: O LevelsInstitution: OPF Girls CollegeScore Straight 8As Grade NA

TECHNICAL EXPERIENCE WORK EXPERIENCE Internship at FABFINAL YEAR PROJECT VANET based Fleet/convoy ManagementSEMESTER PROJECTS Filter Circuits implementation Voltage Controlled Oscillator Traffic lights system with countdown timer Walkie Talkie Circuit (implementation on PCB) Home Automation system using Microcontroller Line Follower Robot Facebook Password Capturing In-depth investigation of TCP and UDP using NS2 Audio and Image Compression using DCT in MATLAB Design, simulation and analysis of Quasi optical open resonator at X band frequency of 11 GHz.TECHNICAL SKILLS AUTOCAD, MATLAB, NS2, C++, C HIGH FREQUENCY STRUCTURE SIMULATOR PCB Wizard, PROTEUS, PSPICE, LINUX, TEMSACHIEVEMENTS / EXTRA CURRICULAR ACTIVITIES Member HR department, IEEE Student body MCS,NUST Active Member of Editorial Board, MCS NUST Publications in General section of the college magazine Awarded Scholarship by NUST in 1st, 4th and 5th Semester for obtaining GPA>3.5 High Achievement Award by OPF Girls College for Obtaining 8A's in O'levels 100% Fee Waver by NUST for one semester for being among top 15 % selected students

109

Sarah Shahid SahibzadaAddress: House No 461, Sarah st, Irshadabad, Warsak Rd, Peshawar,

PAKISTANTel No (L): 091-5200616Tel No (M): 0323-9596281E-Mail: sahibzadashahid@hotmail.com

ACADEMIC QUALIFICATION2012 BE Electrical Engineering (Telecommunications)

Institution: Military College of Signals,National University of Sciences & TechnologyCGPA 3.41/4.0 UP To 7th Semester

2008 A’ LevelsInstitution: Edwards College, PeshawarScore 0/0 Grade 4 A’s

2005 O’ LevelInstitution: Army Public School, PeshawarScore 0/0 Grade 7 A’s 1 B

TECHNICAL EXPERIENCE WORK EXPERIENCE • NAFINAL YEAR PROJECT Implementation of Narrowband and Wideband Waveform for Software Defined RadioSEMESTER PROJECTS Network Security: DNS Spoofing: aided by Cain and Abel Telecommunication Systems: Path Profile of two locations within college Analog Communication Systems:Five Band Frequency Equalizer Computer Organization and Architecture: LCD Dice using self-programmed microcontroller Electronics II: Touch Switch Digital Logic and Fundamentals:Traffic Lights with countdown timer Electronic Circuits I : Parking Aid that aids in reverse parking of car in garage Computer Networks: Network simulation using NS2TECHNICAL SKILLS C++, MATLAB, PSpice, Proteus AutoCAD, Wireshark, Nessus Server Manager, TEMS Keil Software, NS2, Microsoft OfficeACHIEVEMENTS / EXTRA CURRICULAR ACTIVITIES Finance Secretary in Telecom Society 2011 till 2012 Member of Telecom Society in Military College of Signals 2008 till 2011 Organizer of Open House 2011 at Military College of Signals Organizer of the signing ceremony of MOU between SPARCO and MCS in 2011

110

Abdul SaboorAddress: Khokhar House, New Civil Lines, Gujranwala, PakistanTel No (L): + 92 (55) 3844056Tel No (M): + 92 (333) 4101717 (cell)E-Mail: ibneozair@hotmail.com

ACADEMIC QUALIFICATION2012 BE Electrical Engineering (Telecommunications)

Institution: Military College of Signals,National University of Sciences & TechnologyCGPA 2.77/4.0 UP To 7th Semester

2008 HSSC:Institution: Punjab College of Science, GujranwalaScore 810/1100 Grade A

2006 SSC:Institution: Science Foundation High School, GujranwalaScore 872/1050 Grade A+

TECHNICAL EXPERIENCE WORK EXPERIENCE Internship at WorldCall Telecom Limited (WTL)FINAL YEAR PROJECT Automated Home System using DAS with GSM SupportSEMESTER PROJECTS Advance Encryption Standard-128 Video Surveillance System in MATLAB AM Modulator Infra-red door monitor Traffic light system WPA2-PSK Cracking using Brute-Force Dictionary Attack Design and characterization of a rectangular waveguide cavity resonator at 10GHz in HFSSTECHNICAL SKILLS MATLAB, Packet Tracer, TEMS MS Office, Proteus, WireShark AutoCAD, PSpice, NS2, HFSSACHIEVEMENTS / EXTRA CURRICULAR ACTIVITIES Secretary Human Resource dept. of IEEE MCS chapter General Secretary of Dramatics Society in MCS Manager Public Relation in Telecom Society of MCS Used to play Cricket, Badminton, Table Tennis, Long Tennis and Volley Ball Current Affairs Win many Competitions of Husn-e-Qirat Head Boy in school and Prefect in college Get medal in intra college sports

111

Qurat Ul AinAddress: House No 950, Street 32, phase II, Bahria Town, IslamabadTel No (L): 515731928Tel No (M): 3325200245E-Mail: quratulain0606@gmail.com

ACADEMIC QUALIFICATION2012 BE Electrical Engineering (Telecommunications)

Institution: Military College of Signals,National University of Sciences & TechnologyCGPA 2.88/4.0 UP To 7th Semester

2008 HSSC:Institution: Army Public School and College, Humayun Road RawalpindiScore 883/1100 Grade A+

2006 SSC:Institution: Army Public School and College, PeshawarScore 903/1050 Grade A+

TECHNICAL EXPERIENCE WORK EXPERIENCE • 8 Weeks Internship at NESCOM, Islamabad • 6 Weeks Internship at Ufone MSC, Technical Dept, Islamabad • 4 Weeks internship at PASCOM, GHQ Rawalpindi • Workshop on Ethical Hacking held at MCS, NUSTFINAL YEAR PROJECT Implementation of Narrowband and Wideband Waveform for Software Defined RadioSEMESTER PROJECTS DNS spoofing Shape recognition in MATLAB Auto room light controller (microcontroller based) Simulation of cylindrical antenna in HFSS Metal Detector on PCB Traffic Light system Clap SwitchTECHNICAL SKILLS MS Office. MATLAB, Visual C++ AutoCAD, 8051 Microcontroller PSPICE, Proteus, HFSS, TEMSACHIEVEMENTS / EXTRA CURRICULAR ACTIVITIES Aesthetic Manager, Telecom Society, MCS Member IEEE MCS Academics Committee Represented NUST twice in ‘All Pakistan Women Basketball Championship” held in 2008 & 2010 Member of Bostaan’Ilm (non-profit school that provides education to underprivileged children) Organizer of 3rd Regional Economic Cooperation Conference on Afghanistan ( May 2009)

112

Midhat JavaidAddress: House No 5,St#57,F-7/4,IslamabadTel No (L): 051-9100162Tel No (M): 0347-5026662E-Mail: midhatjavaid@hotmail.com

ACADEMIC QUALIFICATION2012 BE Electrical Engineering (Telecommunications)

Institution: Military College of Signals,National University of Sciences & TechnologyCGPA 2.85/4.0 UP To 7th Semester

2008 HSSC:Institution: APSACS Humayun RdScore 769/1100 Grade B

2005 SSC:Institution: Iqra AcademyScore 646/850 Grade B

TECHNICAL EXPERIENCE WORK EXPERIENCE 6 Weeks Internship at Ufone MSC I-9 Workshop on Ethical Hacking held at MCS, NUSTFINAL YEAR PROJECT Implementation of Narrowband and Wideband Waveform for Software Defined RadioSEMESTER PROJECTS FM transmitter,Touch Switch, DNS Spoofing, Shape Classification In MATLAB,TECHNICAL SKILLS MATLAB , Visual C++, AutoCAD, HFSS, Keil, Pspice, ProteousACHIEVEMENTS / EXTRA CURRICULAR ACTIVITIES Girls Representitive Telecom Societ MCS, Represented NUST twice in ‘All Pakistan Womens Basketball

Championship” held in 2008 & 2010

113

Saad SiddiqueAddress: House No 230, St # 15, Rawal town IslamabadTel No (L): 051-2843311Tel No (M): 0331-5352234E-Mail: saad.siddique770@gmail.com

ACADEMIC QUALIFICATION2012 BE Electrical Engineering (Telecommunications)

Institution: Military College of Signals,National University of Sciences & TechnologyCGPA 3.13/4.0 UP To 7th Semester

2008 HSSC:Institution: Islamabad college for boys G-6/3 islamabadScore 906/1100 Grade A

2006 SSC:Institution: F-G-Boys model school G-6/4 IslamabadScore 944/1050 Grade A

TECHNICAL EXPERIENCE WORK EXPERIENCE • 4 Weeks internship at Telenor MSC, as network engineer from Supernet ltd.FINAL YEAR PROJECT Air Interface for LTE(4G) Radio: Physical Layer DesignSEMESTER PROJECTS • Implemented a Solar tracker, solar cell tracking the sun. • Design Traffic light system on a bread board in digital logic design. • Developed IR wireless headphones. • Developed a digital thermometer with display. • Devised a servo motor controlled fan.TECHNICAL SKILLS • Proficient in the use of AUTOCAD,LABVIEW,MATLAB, PROTEUS,CADENCE,PS PICE, C++ ,MS

OFFICE .ACHIEVEMENTS / EXTRA CURRICULAR ACTIVITIES • Presidential GOLD medalist in Scouting in the year 2004 • Represented Pakistan in friendship camps in Maldives and Doha. Participated in more than 30 camps local

and outside. • Play basketball, volley ball and cricket.

114

Sardar Asfand YarAddress: House No 519 J-Block Johar Town LahoreTel No (L): 042-35312513Tel No (M): 0324-5002040E-Mail: sardarasfandyar@yahoo.com

ACADEMIC QUALIFICATION2012 BE Electrical Engineering (Telecommunications)

Institution: Military College of Signals,National University of Sciences & TechnologyCGPA 2.58/4.0 UP To 7th Semester

2008 HSSC:Institution: Government College University(GCU) LahoreScore 903/1100 Grade A+

2006 SSC:Institution: Beacon House School System CSC LahoreScore 6 A’s , 1 B , 1 C Grade NA

TECHNICAL EXPERIENCE WORK EXPERIENCE • Internship at RF planning at UfoneFINAL YEAR PROJECT Implementation of LTE on National Instruments HardwareSEMESTER PROJECTS Remotely logged in to Windows 7 using Metasploit framework. Designed Laser Bar Code reader in MATLAB Simulated and analyzed TCP and UDP protocols on ns-2. Designed FM radio transmitter and receiver. Made solar tracker using servo motor. Designed 12 GHz cavity resonator on HFSSTECHNICAL SKILLS Labview, MATLAB, PCB, C, C++ Strong Information security auditing skills. Proteus, HFSS, AUTOCAD, Webdesigning skillsACHIEVEMENTS / EXTRA CURRICULAR ACTIVITIES Phtography,Sketching. Active member of debating society at GCU President of Science society at school Good photoshop and video editing skills

115

Muhammad SabihAddress: House No D-4, Postal Colony Quaid e Azam road MultanTel No (L):Tel No (M): 0333-6198878E-Mail: sabih.javaid@gmail.com

ACADEMIC QUALIFICATION2012 BE Electrical Engineering (Telecommunications)

Institution: Military College of Signals,National University of Sciences & TechnologyCGPA 3.34/4.0 UP To 7th Semester

2008 HSSC:Institution: Multan Public School and CollegeScore 872/1100 Grade A

2006 SSC:Institution: Multan Public School and CollegeScore 924/1050 Grade A+

TECHNICAL EXPERIENCE WORK EXPERIENCE Conducted Microcontroller, Labview workshops in MCSFINAL YEAR PROJECT Implementation of LTE on National Instruments HardwareSEMESTER PROJECTS Remotely logged in to Windows 7 using Metasploit framework. Implemented and analyzed the Turbo Codes on MATLAB. Designed Vehicle tracking application in MATLAB using optical flow method. Simulated and analyzed TCP and UDP protocols on ns-2. Made Ultrasonic range finder on PIC microcontroller. Made solar tracker using servo motor. Designed 10 GHz cavity resonator on HFSS and ADS.TECHNICAL SKILLS Labview, MATLAB, PCB, C, C++ Strong Information security auditing skills. Proteus, HFSS, AUTOCAD, Webdesigning skillsACHIEVEMENTS / EXTRA CURRICULAR ACTIVITIES Won and participated in numerous debating competitions held at national level. Won best delegate award at NUMUN (NUST Model United Nations) 2012 in CTC(counter terrorism

committee). Participated and won in many inter-university and intra-university chess tournaments. Active Member of IEEE MCS and MCS telecom society Won many inter-university and intra-university e-gaming tournaments.

116

Aqsa MalikAddress: House No I-331, St no 5, Committee Chowk, Murree Road

RawalpindiTel No (L): 051-5550359Tel No (M): 0345-5399541E-Mail: aqsamm@gmail.com

ACADEMIC QUALIFICATION2012 BE Electrical Engineering (Telecommunications)

Institution: Military College of Signals,National University of Sciences & TechnologyCGPA 2.98/4.0 UP To 7th Semester

2008 HSSC: Institution: Islamabad Model College for Girls F-7/4Score 904/1100 Grade A

2005 SSC: Institution: Viqar-un-Nisa Girls Higher Secondary, Institute, RawalpindiScore 708/850 Grade A+

TECHNICAL EXPERIENCE WORK EXPERIENCE 6 Weeks Internship in Switching Core North PTCL 6 Weeks Internship in AND-OR-LOGIC Attended workshop on Ethical Hacking Attended 10 week Online Course on Artificial Intelligence in collaboration with Stanford UniversityFINAL YEAR PROJECT Network Controlled Eye (Robotic Car)SEMESTER PROJECTS Metal detector and Door Phone, Line-Follower Robot Traffic light signal with timer and synchronized message Home Automation System using microcontroller 8051 PCB Implementation of FM Transmitter Web Defacing using Ettercap,Steganography in MATLAB In-depth investigation of TCP and UDP using NS2 Design, simulation and analysis of Quasi optical open resonator at X band frequency of 11 GHz OFDM implementation in MATLABTECHNICAL SKILLS AUTOCAD, MATLAB, NS2, HFSS, Advanced Design System PCB wizard, Proteus, PSPICE, Packet tracer TEMS, C++, Keil, Linux, Simulink, Electronics WorkbenchACHIEVEMENTS / EXTRA CURRICULAR ACTIVITIES Term paper on GPRS and EDGE. Research paper on solid state Relays. 8th position in SSC Exam in School. Member of Drama Club in School. Consolation prize in NAB Essay Writing Competition. Participated in intra NUST short story competition Sports (basket ball, tennis, and cricket). 4 years experience with Blogger and Google Adsense

117

Hassan Sultan ShahAddress: House No CB 25 G Lane # 6B Sherzaman Colony Tulsa Road

Lalazar RawalpindiTel No (L): 051-5586235Tel No (M): 0300-5000450E-Mail: hassansultanshah@gmail.com

ACADEMIC QUALIFICATION2012 BE Electrical Engineering (Telecommunications)

Institution: Military College of Signals,National University of Sciences & TechnologyCGPA 2.51/4.0 UP To 7th Semester

2008 HSSC: Institution: Cadet College HasanabdalScore 872/1100 Grade B

2006 SSC: Institution: Cadet College HasanabdalScore 946/1050 Grade A

TECHNICAL EXPERIENCE WORK EXPERIENCE 6 Weeks Internship in Nokia Siemens Networks 2009 6 Weeks Internship in AND OR Logic 2011FINAL YEAR PROJECT Virtual Orthogonal Antenna ( Compact Antenna Array with enhanced beam forming capability)SEMESTER PROJECTS Auto Cooling Circuit Traffic Light System using Digital logics Electronic Locker Digital thermometer with alarm clock 3-bit Computer Using Micro-Controller Web Defacing Using Ettercap in Backtrack OS FSK Modulator and Demodulator 4-port Waveguide coupler (HFSS) Character Recognition using the basis of Neural Networks Roof rack Antenna (HFSS)TECHNICAL SKILLS HFSS, Matlab, PSPICE, Proteus AutoCAD, Kiel, C++, MS Office ADS, Electronic Workbench, MultisimACHIEVEMENTS / EXTRA CURRICULAR ACTIVITIES Hijri Scholarship Holder in SSC Member of College Football Team for 3 years in Cadet College Hasanabdal Member of College Football Team for 3 years in Military College of Signals Written a research paper on the topic Bluetooth as subject assignment Member of Telecom Society for 3 years Member of IEEE Society for 3 years IEEE Member since 2011 Conducted Mega Event of Futsal in Myriad 2011

118

Mohammad Omar NasirAddress: House No 495, Sector AA, Defence Housing Authority, Lahore.Tel No (L): 0092-42-35722284Tel No (M): 0092-333-416-3616E-Mail: omar.nasir@hotmail.com

ACADEMIC QUALIFICATION2012 BE Electrical Engineering (Telecommunications)

Institution: Military College of Signals,National University of Sciences & TechnologyCGPA 3.16/4.0 UP To 7th Semester

2008 HSSC:Institution: Forman Christian College, Lahore.Score 909/1100 Grade A+

2006 O’ Levels:Institution: Divisional Public School, Lahore.Score 8/8 A’s Grade A+

TECHNICAL EXPERIENCE WORK EXPERIENCE 4 Weeks Internship at Warid Tel. in RF Planning department, Lahore 4 Weeks Internship at WorldCall in NOC department, LahoreFINAL YEAR PROJECT Hospital Assets, Personnel and Vehicle Management SystemSEMESTER PROJECTS Implemented and performed bit error performance analysis of MIMO systems using MMSE and ZF

equalization techniques. Analysed and simulated Microstrip Disk Resonator at X-band using HFSS Analysed and simulated 50 W UHF vehicular Broadband antenna R&S Performed analysis of TCP and UDP protocols using NS2 simulation software on Ubuntu. Designed a real time Graphic equalizer on MATLAB. Designed a digital communication system using 8051 microcontroller. Designed a Real Time Digital Clock with alarm using 8051 microcontroller. Designed a Traffic Light System using integrated circuits and logic gates.TECHNICAL SKILLS MATLAB, Borland C++, Keil uVision, Eclipse and MySQL Workbench Proteus Suite, Electronics Workbench Ansoft HFSS, NS2 Network Simulator, Wireshark, Nmap Microsoft Office, Adobe Flash Professional, Adobe Photoshop, Adobe DreamweaverACHIEVEMENTS / EXTRA CURRICULAR ACTIVITIES Secretary Finance IEEE College of Telecomm. Engineering Student Branch, Islamabad Chapter 2011-2012 Media Manager Telecom Society MCS 2011-2012 Awarded Gold Medal for securing 8As in O Levels. Organized E-gaming competition at MCS Myriad 2011. Hobbies: Poster Designing, Playing Chess and Tennis, E-gaming, Article writing

119

Syed Zohaib HassanAddress: House No 27/6 LDA Flats, Ferozpur Road, Lahore.Tel No (L): 0092-42-35918045Tel No (M): 0092-322-980-3615E-Mail: zohaib.tirmazi@gmail.com

ACADEMIC QUALIFICATION2012 BE Electrical Engineering (Telecommunications)

Institution: Military College of Signals,National University of Sciences & TechnologyCGPA 3.33/4.0 UP To 7th Semester

2008 HSSC:Institution: Saleem Nawaz Fazaia College, Masroor Base, Karachi.Score 892/1100 Grade A+

2006 SSC:Institution: Saleem Nawaz Fazaia College, Masroor Base, Karachi.Score 912/1050 Grade A+

TECHNICAL EXPERIENCE WORK EXPERIENCE 8 Weeks Internship at PTCL in WLL(Development) Departement, Karachi 4 weeks internship at DHA Telecomm, IslamabadFINAL YEAR PROJECT Hospital Assests,Personnel and Vehicle Management SystemSEMESTER PROJECTS Implemented and performed bit error performance analysis of MIMO systems using MMSE and ZF

equalization techniques. Analysed and simulated Microstrip Disk Resonator at X-band using HFSS Analysed and simulated 50 W UHF vehicular Broadband antenna R&S Performed analysis of TCP and UDP protocols using NS2 simulation software on Ubuntu. Designed a real time Graphic equalizer on MATLAB. Designed a digital communication system using 8051 microcontroller. Designed a Real Time Digital Clock with alarm using 8051 microcontroller. Designed a Traffic Light System using integrated circuits and logic gates.TECHNICAL SKILLS MATLAB, Borland C++, Keil uVision, Eclipse and MySQL Workbench Proteus Suite, Electronics Workbench Ansoft HFSS, NS2 Network Simulator, Wireshark, Nmap Microsoft Office, Adobe Flash Professional, Adobe PhotoshopACHIEVEMENTS / EXTRA CURRICULAR ACTIVITIES Treasurer IEEE College of Telecomm. Engineering Student Branch, Islamabad Chapter 2011-2012 College Chief Prefect at Fazaia College Masroor Karachi Organized E-gaming competition at MCS Myriad 2011. Hobbies: Playing Cricket, Football, E-gaming

120

Ali Usman ShahidAddress: Flat No 5, Building#1922,Street#2, Block#1, Abu-Halifa, KuwaitTel No (L): 00965-237-11397Tel No (M): 00965-557-73376E-Mail: ali.shahhid@gmail.com

ACADEMIC QUALIFICATION2012 BE Electrical Engineering (Telecommunications)

Institution: Military College of Signals,National University of Sciences & TechnologyCGPA 2.9/4.0 UP To 7th Semester

2008 HSSC:Institution: International School and College of Pakistan, KuwaitScore 1 A , 2 B’s Grade NA

2006 SSC:Institution: International School and College of Pakistan, KuwaitScore 6 A’s , 1 B Grade NA

TECHNICAL EXPERIENCE WORK EXPERIENCE 6 Weeks Internship in Kuwait National Petroleum Company in Telecommunication dept. 2010 4 Weeks Internship in Kuwait National Petroleum Company in Telecommunication dept. 2009FINAL YEAR PROJECT Hospital assets, personnel and vehicle management systemSEMESTER PROJECTS Implemented and performed bit error performance analysis of MIMO systems for MMSE and ZF equalization

techniques. Analysed and simulated Microctrip Disk Resonator at X-band using HFSS Analysed and simulated 50 W UHF vehicular Broadband antenna R&S Performed analysis of TCP and UDP protocols using NS2 simulation software on Ubuntu. Designed a real time Graphic equalizer on MATLAB. Designed a digital communication system using 8051 microcontroller. Designed a Real Time Digital Clock with alarm using 8051 microcontroller. Designed a Traffic Light System using integrated circuits and logic gates.TECHNICAL SKILLS MATLAB, Borland C++, Keil uVision, Eclipse and MySQL Workbench Proteus Suite, Electronics Workbench Ansoft HFSS, NS2 Network Simulator, Wireshark, Nmap Microsoft Office, Adobe Flash Professional, Adobe PhotoshopACHIEVEMENTS / EXTRA CURRICULAR ACTIVITIES Vice Chairman IEEE College of Telecomm. Engineering Student Branch, Islamabad Chapter 2011-2012 Secured 7.5/9.0 in IELTS and 107/120 in TOEFL examinations. organized chess championship event in Myriad 2011 received scholarship for achieving outstanding grades in O and A levels Chief Perfect International School and College of Pakistan, Kuwait, 2008 Hobbies: Playing Chess, E-gaming, Swimming, Badminton, Internet Blogging

121

Mariam TariqAddress: House No 7, Old Firing Range Drive, Main Road, Banigala,

Islamabad, PakistanTel No (L): 0092-51-2612538Tel No (M): 0092-322-515-7727E-Mail: mariamtariq90@hotmail.com

ACADEMIC QUALIFICATION2012 BE Electrical Engineering (Telecommunications)

Institution: Military College of Signals,National University of Sciences & TechnologyCGPA 2.85/4.0 UP To 7th Semester

2008 HSSC:Institution: Lahore Grammar School, IslamabadScore 2As, 1B Grade NA

2006 SSC:Institution: OPF Girls College, IslamabadScore 6As, 2Bs Grade NA

TECHNICAL EXPERIENCE WORK EXPERIENCE Interned at the technical department of Ufone(PTML) in summer 2011 [6 weeks]FINAL YEAR PROJECT Hospital Assets, Personnel and Vehicle Management SystemSEMESTER PROJECTS Facebook Password Capturing using Phishing Implementation of MIMO with OFDM using MMSE equalizer in MATLAB. Digital Naughts and Crosses game on 8051 based microcontroller PC Controlled Home Automation System. Door phone intercom. Traffic Light SystemTECHNICAL SKILLS MATLAB, Borland C++, Keil uVision, Eclipse and MySQL Workbench Proteus Suite, Electronics Workbench Ansoft HFSS, NS2 Network Simulator, Wireshark, Nmap Microsoft Office, Adobe Flash Professional, Adobe PhotoshopACHIEVEMENTS / EXTRA CURRICULAR ACTIVITIES Member of the MCS Telecomm Society Active in Dramatics conducted at OPF. Organized Sketching competition in MCS.

122

Asghar MirzaAddress: House No 07 ,block no # 09,Shah Faisal Colony near Airport

RWP.Tel No (L): 051-5956377Tel No (M): 0345-5997380E-Mail: amk_kash@yahoo.com

ACADEMIC QUALIFICATION2012 BE Electrical Engineering (Telecommunications)

Institution: Military College of Signals,National University of Sciences & TechnologyCGPA 2.55/4.0 UP To 7th Semester

2008 HSSC:Institution: Cadet College Hasan AbdalScore 931/1100 Grade A+

2006 SSC:Institution: Siddeeq Public School 6th Road Satellite Town RWP.Score 907/1050 Grade A+

TECHNICAL EXPERIENCE WORK EXPERIENCE NAFINAL YEAR PROJECT UWB RF Front End System for Multi Standard PurposesSEMESTER PROJECTS Image Recgonition in Matlab Designing, Simulation and Optimization of Microstrip Disk Resonator at X-band Using HFSS Designing, Simulation and Optimization of Microstrip Rectangular patch Antenna Using HFSS Intercom System with Voice RecorderTECHNICAL SKILLS MATLAB, C++, AUTOCAD PSPICE, HFSS, ADSACHIEVEMENTS / EXTRA CURRICULAR ACTIVITIES NA

123

Usman TariqAddress: House No 1137,Street 44,Phase3,Bahria town,RWP.Tel No (L): 051-5731890Tel No (M): 0324-5237704E-Mail: usmanmirza1989@hotmail.com

ACADEMIC QUALIFICATION2012 BE Electrical Engineering (Telecommunications)

Institution: Military College of Signals,National University of Sciences & TechnologyCGPA 2.28/4.0 UP To 7th Semester

2007 HSSC:Institution: Fauji Foundation College for Boys,New Lalazar,RWPScore 874/1100 Grade A

2005 SSC:Institution: Springfield Public School.Harley Street,RWPScore 917/1050 Grade A

TECHNICAL EXPERIENCE WORK EXPERIENCE NAFINAL YEAR PROJECT UWB RF Front End System For Multistandard purposesSEMESTER PROJECTS Designing and Implementation of Digital Communication System using MATLAB Designing, Simulation and Optimization of Microstrip Disk Resonator at X-band Using HFSS Optical Character Recognition Using MATLAB Digital Calculator Using MicrocontrollerTECHNICAL SKILLS MATLAB, C++, AUTOCAD PSPICE, HFSS, ADSACHIEVEMENTS / EXTRA CURRICULAR ACTIVITIES Captain of school and college cricket team Member of college football team Member of college badminton team

124

Muhammad AbdullahAddress: House No 214/5 Ordnance rd Tariqabad RawalpindiTel No (L): 051-5514351Tel No (M): 0321-5010641E-Mail: blackknight113@gmail.com

ACADEMIC QUALIFICATION2012 BE Electrical Engineering (Telecommunications)

Institution: Military College of Signals,National University of Sciences & TechnologyCGPA 3.1/4.0 UP To 7th Semester

2008 HSSC:Institution: Army Public School & College Ordnance rd RawalpindiScore 824/1100 Grade A

2006 SSC:Institution: Army Public School & College Ordnance rd RawalpindiScore 890/1050 Grade A+

TECHNICAL EXPERIENCE WORK EXPERIENCE 6 Weeks Internship at NetkomFINAL YEAR PROJECT Implementation of a high quality bluetooth transciever pair, able to pair with diverse bluetooth devices, for

audio and data transmissionSEMESTER PROJECTS Onscale map of MCS Sound sensitive alarm Calculator using 8051 microcontroller Hand held game using 18F452 microcontroller Traffic Signal using decoders Bethe Hole Coupler in HFSS Roof Rack antennaTECHNICAL SKILLS MATLAB, Proteus, Mikro C TEMS, Microsoft Office, HFSS Adobe Photoshop, 3ds maxACHIEVEMENTS / EXTRA CURRICULAR ACTIVITIES Graphic designing for MCS E-gaming, Squash

125

Waseem HassanAddress: House No 2003, usman lane,old bara road, university town,

PeshawarTel No (L): NATel No (M): 0300-5950302E-Mail: shaikh_waseem119@hotmail.com

ACADEMIC QUALIFICATION2012 BE Electrical Engineering (Telecommunications)

Institution: Military College of Signals,National University of Sciences & TechnologyCGPA 3.37/4.0 UP To 7th Semester

2008 HSSC:Institution: Islamia College and University, PeshawarScore 895/1100 Grade A+

2006 SSC:Institution: Frontier Children's Academy, PeshawarScore 914/1050 Grade A+

TECHNICAL EXPERIENCE WORK EXPERIENCE 6 Weeks internship at Telenor in Communication planning departmentFINAL YEAR PROJECT Implementation of a high quality bluetooth transciever pair, able to pair with diverse bluetooth devices, for

audio and data transmissionSEMESTER PROJECTS Prepared on scale map of MCS college, giving all the details from Buildings to underground sewerage lines Design and implementation of a traffic signal System. Design and implementation of a digital clock using simple ICs and 7 segment displays. Multiple band equalizer with effects (Matlab). Design and simulation of bethe hole coupler on HFSS Design and simulation of roof rack antenna on HFSS Structure and Texture Filling-In of Missing Image Blocks in Wireless Transmission and Compression

Applications (Matlab) Ethical hacking on BackTrackTECHNICAL SKILLS MATLAB, Electronics workbench, NS2, Proteas Microsoft Office, BackTrack, VMware, CAD, C++ACHIEVEMENTS / EXTRA CURRICULAR ACTIVITIES President of the Telecomm society. Prefect Sports and Extra-curricular activities. Member IEEE international.

126

Bakhtawar HasanAddress: House No: CB-615/J, Lane 5, Peshawar Road, Rawalpindi CanttTel No (L): N/ATel No (M): 0334-5387004, 0300-5002938E-Mail: bakhtawar.hasan@yahoo.com

ACADEMIC QUALIFICATION2012 BE Electrical Engineering (Telecommunications)

Institution: Military College of Signals,National University of Sciences & TechnologyCGPA 3.44/4.0 UP To 7th Semester

2008 HSSC:Institution: FG. Post Graduate College for Women, Kashmir Road, Rawalpindi CanttScore 960/1100 Grade A+

2006 SSC:Institution: FG. Quaid-e-Azam Public School, Chaklala Scheme III, Rawalpindi CanttScore 904/1050 Grade A+

TECHNICAL EXPERIENCE WORK EXPERIENCE 4 weeks internship in Electronics Department, PINSTECH- PAEC, Nilore Islamabad Workshop on Ethical HackingFINAL YEAR PROJECT Design and development of digital baseband processing module for VHF/UHF SDRsSEMESTER PROJECTS Project on networking attack and its protection (7th semester) Implementation of cognitive radio concept in MATLAB (6th semester) Object Recognition & Identification using MATLAB (5th Semester) FM Receiver (5th Semester), Automatic Dark Sensor (5th Semester) Metal Detector (4th Semester), Arithmetic Calculator (4th Semester) Traffic Lights with Two Digit Counter (3rd Semester) Emergency Light and Alarm (3rd Semester) Design of Machines (2nd Semester)TECHNICAL SKILLS Proficient in Windows XP, vista, Windows 7, Linux OS, MS office, Turbo C++, MATLAB, Modelsim (verilog

HDL), Xilinx ISE, Wireshark, PSPICE, Proteus, AUTOCAD, Keil, Express PCB, Maxloader, NS2.ACHIEVEMENTS / EXTRA CURRICULAR ACTIVITIES HSSC Scholarship, FBISE 6th Semester Scholarship, NUST

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Anse Ireza ButtAddress: House No.14 Street 2, askari 10, RawalpindiTel No (L): 051-5791780Tel No (M): 3215260544E-Mail: anseirteza@hotmail,com

ACADEMIC QUALIFICATION2012 BE Electrical Engineering (Telecommunications)

Institution: Military College of Signals,National University of Sciences & TechnologyCGPA 2.19/4.0 UP To 7th Semester

2007 HSSC:Institution: Military College Jehlum (MCJ)Score 709/1100 Grade B

2005 SSC:Institution: Military College Jehlum (MCJ)Score 616/850 Grade A

TECHNICAL EXPERIENCE WORK EXPERIENCE Attended Workshop on Ethical HackingFINAL YEAR PROJECT Virtual Orthognal AntennaSEMESTER PROJECTS Filter Circuits implementation Voltage Controlled Oscillator Traffic lights system with countdown timer Auto water sprinkler, Radio In-depth investigation of TCP and UDP using NS2 Steganography in MATLABTECHNICAL SKILLS AUTOCAD, MATLAB, NS2, HFSS, C++ PCB wizard, Proteus, PSPICE Packet tracerACHIEVEMENTS / EXTRA CURRICULAR ACTIVITIES Media Coordinator at MCS Telecom Society, session 2009-2010. Secretary R & D at MCS Telecom Society, session 2010-2011. Arranged functions Sports Gala, Funfairs, Tambola Nights, Movie Nights and Signalianz Alumni Head Of Dramatic Department of Myriad MCS Won Runners up prize in Zonal Declamation Contest of Inter School/Colleges twice in 2006 and 2007 Got selected in the list of top 100 students of Pakistan in kangaroo maths test.

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Arslan KhanAddress: St. Joseph's School Compound, Sialkot Road, GujranwalaTel No (L): 0553-821523Tel No (M): 0300-6462236E-Mail: arslan.khan05@yahoo.com

ACADEMIC QUALIFICATION2012 BE Electrical Engineering (Telecommunications)

Institution: Military College of Signals,National University of Sciences & TechnologyCGPA 3.43/4.0 UP To 7th Semester

2008 HSSC: Institution: Punjab College of Sciences,GujranwalaScore 944/1100 Grade A+

2006 SSC: Institution: St. Joseph's English High School, GujranwalaScore 931/1050 Grade A+

TECHNICAL EXPERIENCE WORK EXPERIENCE Internship in PTCL Internship at Trisektor Pvt. Ltd Attended workshop on Backtrack at MCSFINAL YEAR PROJECT Ground Penetrating Radar-A basic prototype to examine the subsurfaceSEMESTER PROJECTS Universal Cell Phone Charger Traffic Lights Systems with Digital Counter and Display University Map Digital Thermometer Using Microcontroller Remote Controlled Toy Car Using H-Bridge Configuration Microstrip Ring Resonator Simulation in HFSS Advanced Encryption Standard 128 WPA2-PSK Cracking with BacktrackTECHNICAL SKILLS MATLAB, Auto CAD, MS Office, C++ Familiar with microcontroller programming HFSS, Pspice, Wireshark, ADS Proteus, BacktrackACHIEVEMENTS / EXTRA CURRICULAR ACTIVITIES Scholarship holder for securing more than 3.5 GPA Branch chair IEEE MCS Student Chapter Organizer of workshop on microcontrollers Organizer of seminar on linear circuit analysis Regular participation in speeches, declamation contests Regular participation in sports and athletics Fluent in English Took part in NUST Technology Quiz

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Haider Wazir KhanAddress: Rawalakot, A.KTel No (L): NATel No (M): 0345-5882246E-Mail: haiderkhan@live.com

ACADEMIC QUALIFICATION2012 BE Electrical Engineering (Telecommunications)

Institution: Military College of Signals,National University of Sciences & TechnologyCGPA 2.05/4.0 UP To 7th Semester

2008 HSSC:Institution: Pearl Valley Public School, Rawalakot, A.KScore 899/1100 Grade A+

2006 SSC:Institution: Pearl Valley Public School, Rawalakot, A.KScore 921/1050 Grade A+

TECHNICAL EXPERIENCE WORK EXPERIENCE NAFINAL YEAR PROJECT Transmission of High Quality Stereo Implementation of a high quality bluetooth transciever pair, able to pair

with diverse bluetooth devices, for audio and data transmission Audio using bluetoothSEMESTER PROJECTS Prepared on scale map of MCS Design and implementation of a traffic signal System. Design and implementation of a digital clock. Motion detection in a video Structure and Texture Filling-In of Missing Image Blocks Ethical hacking on BackTrackTECHNICAL SKILLS MATLAB, Electronics workbench, NS2, Proteas, MS Office BackTrack, VMware, CAD, C++ACHIEVEMENTS / EXTRA CURRICULAR ACTIVITIES Manager Marketting Telecom Society, Member of College football team

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Muhammad UzairAddress: House No 12 sector- B Askari-14, RawalpindiTel No (L): 051-5895955Tel No (M): 0333-5809257E-Mail: uzair442@gmail.com

ACADEMIC QUALIFICATION2012 BE Electrical Engineering (Telecommunications)

Institution: Military College of Signals,National University of Sciences & TechnologyCGPA 2.53/4.0 UP To 7th Semester

2008 HSSC:Institution: APS&C Jhelum CanttScore 854/1100 Grade A

2006 SSC:Institution: APS&C Jhelum Cantt.Score 899/1050 Grade A+

TECHNICAL EXPERIENCE WORK EXPERIENCE 4 weeks internship at Teleman DHA, Islamabad,FINAL YEAR PROJECT Ground Penetrating RadarSEMESTER PROJECTS Sound Switch/Detector (Electronics) Traffic light signal with timer and synchronized message (DLF) Two way intercom with digital sound recorder (Integrated Circuits) Face detection using MATLAB (DSP) High range FM Transmitter on PCB (Analog Communication) Feedback motor controller using 8051 microcontroller (COA) Designed a TEM Horn antenna at 2GHZ frequency. (ANTENNA) Designed a rectangular waveguide resonator at X-band in HFSS.(EM-II) MIMO implementation in MATLAB (DCS) ARP poisoning using SSL strips (N/W security)TECHNICAL SKILLS MATLAB, C/C++, Auto CAD, MS Office NS2, Ubuntu OS, Pspice Wireshark, LabVIEW, HFSSACHIEVEMENTS / EXTRA CURRICULAR ACTIVITIES Attended a workshop on hardware interfacing using microcontroller Attended a workshop on ethical hacking Likes swimming and cricket

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Muhammad Salek AliAddress: House No 675-A, Mazhar Qayyum Rd, Lalazar, Rawalpindi.Tel No (L): 051-5514862Tel No (M): 0322-5008028E-Mail: salekali@hotmail.com

ACADEMIC QUALIFICATION2012 BE Electrical Engineering (Telecommunications)

Institution: Military College of Signals,National University of Sciences & TechnologyCGPA 3.01/4.0 UP To 7th Semester

2007 HSSC: Institution: International School and College of Pakistan - KuwaitScore 868/1100 Grade A

2005 SSC: Institution: International School and College of Pakistan - KuwaitScore 0/0 Grade NA

TECHNICAL EXPERIENCE WORK EXPERIENCE June-July 2009 internship at NayatelFINAL YEAR PROJECT Ground Penetration Radar - Basic PrototypeSEMESTER PROJECTS AES-128 in MATLAB WPAZ-PSK cracking with Backtrack Microstrip Ring Resonation Simulation in HFSS Network Routingwith NS2 Digital Thermometer using Microcontroller Small-scale UPS system Headphones via Infrared transmission FM Modulator/Demodulator Bank Management System in C++ Auditorium Design in AutoCAD Water level indicatorTECHNICAL SKILLS Familiar with C++ object oriented programming Familiar with microcontroller MATLAB, HFSS, ADS, Proteus, Adobe PhotoshopACHIEVEMENTS / EXTRA CURRICULAR ACTIVITIES Fluent in English and German Designed Cover of Payambar 2010 Magazine - MCS Collaborated on small scale graphic novel project Conducted Photo Aesthetix - a 2 day workshop on Adobe Photoshop Digital Painting in Adobe Photoshop and Corel Painter Took part in NUST Olympiad Technology Quiz Bronze Medal - HSSC-I - in the Arab Gulf countries IEEE student chapter marketing head (2012) Participation in speeches/declonatio

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Mehreen RehmanAddress: House No 28, St no.4, Proffesors' Colony, Near Agriculture

University, PeshawarTel No (L): 091-5853337Tel No (M): 0333-9284387E-Mail: mehreen_rehman@hotmail.com

ACADEMIC QUALIFICATION2012 BE Electrical Engineering (Telecommunications)

Institution: Military College of Signals,National University of Sciences & TechnologyCGPA 2.58/4.0 UP To 7th Semester

2008 HSSC:Institution: Edwards College, PeshawarScore 747/900 Grade A+

2006 SSC:Institution: Mohammad Ali Othman School, YemenScore 894/1100 Grade A+

TECHNICAL EXPERIENCE WORK EXPERIENCE -FINAL YEAR PROJECT Sun Energy Harvesting Resource Initiative(SUNEHRI)SEMESTER PROJECTS Infrared Transmitter Receiver Full Duplex intercom Tic Tac Toe Game using microcontroller Traffic Lights using 555 timer Digital ThermometerTECHNICAL SKILLS C++, MATLAB, HFSS AutoCAD, Linux, Windows 7/XPACHIEVEMENTS / EXTRA CURRICULAR ACTIVITIES Participated in NUMUN 2012 (Nust Model UN) Volunteer work for Telecomm society of MCS(2008-2011) Member of badminton team in school and university Worked as an organiser in MCS myriad (2011) 1st price holder in wall graffiti in EME olympaid (2010) Hosted welcome party in university (2010) Volunteer work for flood affectees of 2010 Participation in speeches in school Achieved the best speaker award in speeches

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MOEED BIN SHAFIQAddress: House No 536, STREET # 46, SECTOR G-10/4, ISLAMABADTel No (L):Tel No (M): 0321-5535708E-Mail: moeedbinshafiq1919@yahoo.com

ACADEMIC QUALIFICATION2012 BE Electrical Engineering (Telecommunications)

Institution: Military College of Signals,National University of Sciences & TechnologyCGPA 2.74/4.0 UP To 7th Semester

2008 HSSC:Institution: Bahria College KARSAZ, KarachiScore 796/1100 Grade B

2006 SSC:Institution: POF Model College, Wah CanttScore 793/1050 Grade B+

TECHNICAL EXPERIENCE WORK EXPERIENCE Communications Department SCO Rawalpindi 4 weeks intern-ship at Alcatel-Lucent, Sindh team working on Mobilink ProjectFINAL YEAR PROJECT RFID Based Multipurpose SystemSEMESTER PROJECTS Cell phone detection device (PCB Hardware) LAN cable tester for bit errors Traffic signal automation system Digital alarm clock using 8051 micro controller Object detection and tracking using background subtraction using MATLAB FM, AM modulation and transmission using Analog Communication System kit Wireless (RF) switching using parallel port of computer Implementation and comparison of TCP and UDP protocols using networking software NS2 Robotic arm using Infrared (IR) controllers and 8051 microcontrollerTECHNICAL SKILLS TEMS, Mapinfo, MATLAB, C/C++/C# Proteus, LABView, Keil, C pro Adobe Photoshop, JAVA, MS Office, HFSSACHIEVEMENTS / EXTRA CURRICULAR ACTIVITIES Entrepreneurship event (DISCOVER) hosted by NUST, Our Idea Selected among top 30. Key speaker for workshop on "PCB design and implementation" & “8051 and PIC microcontrollers" Member of MCS IEEE Student Chapter, Deputy Secretary Finance and Academics department Technical Article Writing (Laptop, Mobile reviews e.t.c) Sports (Tennis, Polo, Table tennis, Swimming)

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Maryem TanveerAddress: House No 59-C, Askari 7, Adiala road, RawalpindiTel No (L): 051-5790021Tel No (M): 0336-5146781E-Mail: xardream357@yahoo.com

ACADEMIC QUALIFICATION2012 BE Electrical Engineering (Telecommunications)

Institution: Military College of Signals,National University of Sciences & TechnologyCGPA 2.58/4.0 UP To 7th Semester

2008 HSSC:Institution: Army Public School, Hamayun Road,RWPScore 880/1100 Grade A

2006 SSC:Institution: Army Public School,Hamayun Road,RWPScore 928/1050 Grade A

TECHNICAL EXPERIENCE WORK EXPERIENCE Did an intership in microwave systems at MCSFINAL YEAR PROJECT Design of GPS, RepeaterSEMESTER PROJECTS matlab automatci voice recognition system microcontroller automatic calculator, metal detector, traffic light circuit with Ics, automatic car parking circuitTECHNICAL SKILLS Matlab and c programming Circuit designingACHIEVEMENTS / EXTRA CURRICULAR ACTIVITIES

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Sidra JavedAddress: B-3 638/16 St#29, Muslim town, RwpTel No (L): 051-4471560Tel No (M): 0332-5275914E-Mail: sido2008@live.com

ACADEMIC QUALIFICATION2012 BE Electrical Engineering (Telecommunications)

Institution: Military College of Signals,National University of Sciences & TechnologyCGPA 3.94/4.0 UP To 7th Semester

2008 HSSC:Institution: GPGCWSRScore 963/1100 (Gold Medalist) Grade A+

2006 SSC:Institution: Faisal Model High SchoolScore 881/1050 Grade A+

TECHNICAL EXPERIENCE WORK EXPERIENCE Internship in PTCLFINAL YEAR PROJECT Energy Harvesting Using Solar And Microwave RadiationsSEMESTER PROJECTS Microcontroller Light Detecting Robot Microwave Antenna X-band Quasi Optical Open Resonator Voice and Image compression using DCT transform Full Duplex Intercom Traffic Lights ControllerTECHNICAL SKILLS HFSS, ADS, Corel Draw, MATLAB C++, Pspice, Back Track NS-2, AutoCADACHIEVEMENTS / EXTRA CURRICULAR ACTIVITIES Scholarship from NUST for GPA>3.50 in all Sem Scholarship from Punjab Govt.(PEEF) Scholarship from GPGCWSR Gold Medal from GPGCWSR Gold Medal from Rajput Association Gold Medal from Rwp Board Appointment Holder in NUST Participation in DISCOVER NUST

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Fahad MaqsoodAddress: House No 392 St#5 Sarfraz colony FaisalabadTel No (L): 041-8718708Tel No (M): 0300-7663138E-Mail: ranafahad_fm@hotmail.com

ACADEMIC QUALIFICATION2012 BE Electrical Engineering (Telecommunications)

Institution: Military College of Signals,National University of Sciences & TechnologyCGPA 2.34/4.0 UP To 7th Semester

2007 HSSC:Institution: Punjab College of Science,FaisalabadScore 865/1100 Grade A

2005 SSC:Institution: Blessing Home High School, FaisalabadScore 727/850 Grade A+

TECHNICAL EXPERIENCE WORK EXPERIENCE 5 weeks internship at DHA TELEMANFINAL YEAR PROJECT VHF Jammer(134-176 Mhz) for Improvised Explosive DevicesSEMESTER PROJECTS Virtual Reality, Infrared Jammer Remote Control Car Flight Reservation System using C++ Video comperession using matlab FM TrakerTECHNICAL SKILLS Proficient in MS Office, C++ , Matlab, PSpice ,AutoCAD Electronic WorkBench, Proteus, BackTrack 5, Packet Tracer LIVEWIRE, PCBACHIEVEMENTS / EXTRA CURRICULAR ACTIVITIES Got scholarship from NUST for 1st semester on the basis of NUST merit position. Got scholarship from BISEFSd on the basis of marks. Play Badminton, Table tennis, Cricket,Internet browsing, reading books

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Khan JibranAddress: House No 7,Street#4,Ghalib Market,Gulberg 3,LahoreTel No (L): 042-35752501Tel No (M): 0342-5919550E-Mail: khanjibran.yousafzai@hotmail.com

ACADEMIC QUALIFICATION2012 BE Electrical Engineering (Telecommunications)

Institution: Military College of Signals,National University of Sciences & TechnologyCGPA 2.04/4.0 UP To 7th Semester

2008 A’ Level:Institution: Sisa LahoreScore 4 A’s Grade NA

2006 O’ Level:Institution: Sicas LahoreScore 10 A’s Grade NA

TECHNICAL EXPERIENCE WORK EXPERIENCE 6 Months Experience at TRG Lahore,FreeLancing(Article Writing)FINAL YEAR PROJECT Simulation and design of hardware capable of noise removal and echo cancellationSEMESTER PROJECTS DC power supply,Frequency Jammer WEP Cracking,Bar Code Reader in Matlab Finger Print Recognition Snake Game(C++),Traffic Light SystemTECHNICAL SKILLS C++, Matlab, HFSS, P-Spice, Proteus, Simulink, VM-WareACHIEVEMENTS / EXTRA CURRICULAR ACTIVITIES Music,Internet Surfing,Event Management Nationwide Distinction in Human and social biology O levels,

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Nadir Hassan DogarAddress: House No 27 Army Housing Scheme , LahoreTel No (L): 042-35896719Tel No (M): 0932-24896863E-Mail: imdagunner@hotmail.com

ACADEMIC QUALIFICATION2012 BE Electrical Engineering (Telecommunications)

Institution: Military College of Signals,National University of Sciences & TechnologyCGPA 2.1/4.0 UP To 7th Semester

2007 HSSC:Institution: Cadet College HasanabdalScore 719/850 Grade A

2005 SSC:Institution: Cadet College HasanabdalScore 877/1100 Grade A

TECHNICAL EXPERIENCE WORK EXPERIENCE Housing Site Development 6 Months Experience(Phase 6 DHA Lahore),FreeLancing(Article Writing)FINAL YEAR PROJECT Simulation and design of hardware capable of noise removal and echo cancellationSEMESTER PROJECTS DC power supply,Frequency Jammer WEP Cracking,Bar Code Reader in Matlab Finger Print Recognition Snake Game(C++),Traffic Light SystemTECHNICAL SKILLS C++, Matlab, HFSS, P-Spice, Proteus, Simulink, VM-WareACHIEVEMENTS / EXTRA CURRICULAR ACTIVITIES Music,Internet Surfing,Event Management University Football Team

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Nabila ShahidAddress: House No CB-827 (G/F), Near Rawal Gen Store, Hythe Lane,

Humayun Road, Lalazar, Rawalpindi CanttTel No (L): NATel No (M): 0323-5129791E-Mail: arianalaurel@hotmail.com

ACADEMIC QUALIFICATION2012 BE Electrical Engineering (Telecommunications)

Institution: Military College of Signals,National University of Sciences & TechnologyCGPA 2.83/4.0 UP To 7th Semester

2008 HSSC:Institution: Army Public School & College, 208 Humayun Road, RawalpindiScore 895/1100 Grade A+

2006 SSC:Institution: Army Public School (COD), Rashid Minhas Road, Karachi-15Score 850/1050 Grade A+

TECHNICAL EXPERIENCE WORK EXPERIENCE PINSTECH- PAEC, Nilore Islamabad for 4 weeks (Summer 2011) Image Processing Centre, MCS (NUST), Rawalpindi for 4 weeks (Summer 2011) DHA Teleman, DHA Phase-1, Rawalpindi for 4 weeks (Summer 2010) Attended workshop 'Hack a Day', arranged by Military College of SignalsFINAL YEAR PROJECT Design and Development of Digital Baseband Processing Module for VHF/UHF SDRSEMESTER PROJECTS Project on networking attack and its protection (7th semester) Implementation of cognitive radio concept in MATLAB (6th semester) Object Recognition & Identification using MATLAB (5th Semester) FM Receiver (5th Semester), Metal Detector (4th Semester) Arithmetic Calculator (4th Semester) Traffic Lights with Two Digit Counter (3rd Semester) Emergency Light and Alarm (3rd Semester) Design of Machines (2nd Semester)TECHNICAL SKILLS Proficient in Window XP/Vista/7, Linux, MATLAB, Xilinx ISE, Model Sim, LabVIEW, BackTrack, Wireshark,

Nessus, Ettercap, HFSS, Proteus, PSPICE, Turbo C++, AutoCAD, Keil, Max Loader, NS2ACHIEVEMENTS / EXTRA CURRICULAR ACTIVITIES 251st Merit Position in NUST Entry Test Ethical Hacking

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Rabeea SuhailAddress: House No B-72, F-6 RF COLONY PAC KAMRA , DISTT

ATTOCKTel No (L): 051-9225502Tel No (M): 0324-5136553E-Mail: rabeea.suhail@yahoo.com

ACADEMIC QUALIFICATION2012 BE Electrical Engineering (Telecommunications)

Institution: Military College of Signals,National University of Sciences & TechnologyCGPA 2.41/4.0 UP To 7th Semester

2008 HSSC:Institution: FAZAIA DEGREE COLLEGE MRF KAMRAScore 921/1100 Grade A

2006 SSC:Institution: FAZAIA INTER COLLEGE MIANWALIScore 942/1050 Grade A

TECHNICAL EXPERIENCE WORK EXPERIENCE 1 month internship at pakistan aeronautical complex PAC KAMRA 1 month internship at DHA TELEMAN RWPFINAL YEAR PROJECT Design and development of digital baseband processing module for VHF UHF SDRsSEMESTER PROJECTS Clap Switch Automatic Ultrasonic Pest Repellent Sdr Cognitive Radio Traffic Light ControllerTECHNICAL SKILLS AUTO CAD DIGITAL SIGNAL PROCESSING MATLABACHIEVEMENTS / EXTRA CURRICULAR ACTIVITIES NA

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Muhammad Muneeb Ullah KhanAddress: House No 447, Sector A-1, Township LahoreTel No (L): 042-35118055Tel No (M): 0334-4156916E-Mail: muneeb_ngf@yahoo.com

ACADEMIC QUALIFICATION2012 BE Electrical Engineering (Telecommunications)

Institution: Military College of Signals,National University of Sciences & TechnologyCGPA 2.30/4.0 UP To 7th Semester

2008 HSSC:Institution: Governement College University LahoreScore 966/1100 Grade A+

2006 SSC:Institution: The Punjab School LahoreScore 938/1050 Grade A+

TECHNICAL EXPERIENCE WORK EXPERIENCE Internship at WarmLinkFINAL YEAR PROJECT GAIT Recognition SystemSEMESTER PROJECTS Offline Writer Identifier TV Transmitter Digital Voltmeter using PIC Simulation of TCP & UDP over NS-2TECHNICAL SKILLS Proficient in the use of AUTOCAD,MATLAB PROTEUS,PSPICE, C++/C# MS OFFICE, Adobe Photoshop, InPage.ACHIEVEMENTS / EXTRA CURRICULAR ACTIVITIES 1st Position in Inter-university Quiz Competition 2012 Participated in Essay Writing International Competition 2010 Participate in National Essay Writing Competition, 2010 Blogger at NUST Student Blog (irnustian.com) Alumni NCTC-4 (National Chemistry Talent Contest), 2008

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Ahthsham KhawajaAddress: House No 9, Street # 10, Zafar ullah khan road, shadbagh,

LahoreTel No (L): NATel No (M): 0323-5333423E-Mail: ahtikh@gmail.com

ACADEMIC QUALIFICATION2012 BE Electrical Engineering (Telecommunications)

Institution: Military College of Signals,National University of Sciences & TechnologyCGPA /4.0 UP To 7th Semester

2008 HSSC: Institution: Cardinal School LahoreScore 825/1100 Grade A

2006 SSC: Institution: St. Anthonys High School LahoreScore 695/850 Grade A+

TECHNICAL EXPERIENCE WORK EXPERIENCE 6 week internship at Telenor Pakistan Lahore office in Microwave transmission department 4 week internship at Netkom Pvt Ltd Islamabad office in RF optimization department 4 weeks internship in ZTE Lahore in RF optimization departmentFINAL YEAR PROJECT Development of GSM Interceptor (An active attack on GSM network)SEMESTER PROJECTS FM transmitting telephone bug that takes power from telephone lines Traffic signals with decrementing counter, scroll display, digital clock and temperature sensor circuit with

digital display GUI in MATLAB for parallel port interfacing of toy car using RF signal Line follower circuit for toy car using 8051 microcontroller and IR sensing circuitry Data transmission between PC using FM for a long range Demonstration of Pass the Hash attack on campus LAN. Face Recognition Using Principal Component AnalysisTECHNICAL SKILLS Electronics workbench, Matlab, Proteous, OpenBTS, HFSS Asterisk, AutoCAd, C/C++, TEMS, MS Office UNIX/LINUX , Osmocom-BBACHIEVEMENTS / EXTRA CURRICULAR ACTIVITIES Manager Events of Telecommunication society in MCS for Electrical Engineering Department Chief organizer Hack-a-day workshop on Network security and ethical hacking at MCS Under secretary O&M for IEEE MCS chapter 2010-2011 Member of organizing team for Signalianz Alumni Dinner 2010 Organizer National Conference on Information Assurance 2010 Part of organizing team of all events held by Telecommunication society Delivered Lectures on Linear Circuit Analysis and C++ Under IEEE student Chapter Member Telecom Society MCS . (2009-2012)

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MUHAMMAD FARRUKHAddress: House No 349 C1 Latifabad, HyderabadTel No (L): NATel No (M): 033-22670104E-Mail: smfarrukh@live.com

ACADEMIC QUALIFICATION2012 BE Electrical Engineering (Telecommunications)

Institution: Military College of Signals,National University of Sciences & TechnologyCGPA /4.0 UP To 7th Semester

2008 HSSC:Institution: Govt college HyderabadScore 789/1100 Grade A

2006 SSC:Institution: Govt Seth kamal High school HyderabadScore 689/850 Grade A+

TECHNICAL EXPERIENCE WORK EXPERIENCE 4 week Internship at SDR Lab At MCS Attended workshop on Android App developmentFINAL YEAR PROJECT Development of GSM Interceptor (An active attack on GSM network)SEMESTER PROJECTS Obstacle Avoider Line Follower Robot Car Real Time Object Tracking using MATLAB DTMF Decoder using Microcontroller with LCD interface Digital Clock including Calendar and Alarm using Microcontroller on LCD Developed an Infrared Door Monitoring System Pass the Hash Attack on Windows Server 2000TECHNICAL SKILLS Linux OS, C/C++, Matlab, Assembly, Shell Scripting, Proteus Java(Console), MikroC, OpenBTS, Asterisk OsmocomBB, TEMS, AutoCADACHIEVEMENTS / EXTRA CURRICULAR ACTIVITIES Achieved scholarship for UG course by National ICT R&D Fund Attended workshop on ethical hacking

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Rana Umar MajeedAddress: Ward # 8 Opp. Kamal Hospital, Kehror Pakka Road LodhranTel No (L): 0608-362529Tel No (M): 0333-6421575E-Mail: ranaumarmajeed@yahoo.com

ACADEMIC QUALIFICATION2012 BE Electrical Engineering (Telecommunications)

Institution: Military College of Signals,National University of Sciences & TechnologyCGPA /4.0 UP To 7th Semester

2008 HSSC:Institution: Govt. Degree College For Boys LodhranScore 800/1100 Grade A

2006 SSC:Institution: District Public School LodhranScore 871/1050 Grade A+

TECHNICAL EXPERIENCE WORK EXPERIENCE 4 week Internship At Trisektor Implemented Own GSM Network Using Open Source SoftwareFINAL YEAR PROJECT Development of GSM Interceptor (An active attack on GSM network)SEMESTER PROJECTS Telephone Bug FM transmitter Line Follower Robot using Microcontroller Face Recognition Using Principal Component Analysis RF Toy car Controller Using Matlab Pass the Hash Attack on Windows Server 2000TECHNICAL SKILLS MATLAB, C/C++, UNIX/LINUX, Shell Script, Python, MikroC Proteous, AutoCAd, TEMS, OpenBTS Asterisk, Osmocom-BBACHIEVEMENTS / EXTRA CURRICULAR ACTIVITIES Fully Funded Scholar Ship for UG By Ministry of Information & Comm. Technolgy Secretary Academics IEEE MCS student Chapter Member Telecom Society MCS . (2009-2012) Delivered Lectures on C++ and Linear Circuit Analysis Under IEEE student Chapter Under secretary O&M for IEEE MCS chapter 2010-2011

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