Muhammad Sumeet Anjum
Cell: 0341-5389236 Email ID: [email protected]
Address: 19 R1 ; Shadiwal Johar Town Lahore
Date of Birth: 05-April-1992
EDUCATIONAL HISTORY BE. Mechatronics (2010 2014) College of EME
(NUST), Peshawar Road, Rawalpindi CGPA* 3.43/4.00 Fsc ( 20082010)
Crescent Model Higher Secondary School Shadman Colony. Lahore
(946/1100) Matric (2006-2008) Pakistan Railway High School Engine
Shed, Lahore (739/850)
WORK EXPERIENCE Trainee at INTECH PROCESS AUTOMATION West Africa
BU: 6 months Ongoing Currently working as a part of team
responsible for process control development of OML 100 oil field
platforms in Nigeria. We have to reverse Engineer the previous
system and Implement it into latest Yokogawa Centum VP. My
responsibilities in the project include: Project Documentation and
IO list. Reverse Engineering of the Objects and standard function.
Development of HMI Statics in Yokogawa Centum VP graphic Builder
Implementation of smart objects using Yokogawa functional blocks
Development of Logic of smart objects using
SFC,CALCU-C,ST16,LC64,PBS10C
Internship in EME ROBOCUP: We have to model a robot in two
months for our college team participating in Robocop 2013
Netherlands .Our design was inspired from scuba, which have a
modular design, making the robot easy to debug in case of any
problem. The CAD design was analyzed thoroughly .The complete CAD
assembly was generated using the design software Pro-Engineer
Wildfire.
Achievement: Team participated in the International event and
project was awarded Gold medal in College of EME (NUST).
Freelancing at Odesk: Automation Projects using Arduino Wireless
Modules Using Arduino Blog for Arduino Tutorials Solid modeling
Using PRO-Engineering
Internship in GHAZI BHAROTHA POWER PLANT: Ghazi Bharotha is one
of the main power plants of Pakistan having 1600 megawatt
production capacity. The Internship period was divided in different
departments of the plant.
FINAL YEAR PROJECT We have to do the Designing, Analysis,
Manufacturing and development of Controls of Unmanned Ground
Vehicles. An unmanned ground vehicle (UGV) is a vehicle that
operates while in contact with the ground and without an onboard
human presence. My task was to design control scheme of the UGV and
perform its robotics analysis. I accomplished my task by using
Arduino board on network protocol is used to establish
communication between C# CUI and mobile robotics platform.
Achievement: The FYP was award 2nd position in EME College and
UGV is in use by Pakistan army for surveillance and reconnaissance
purposes.
ACHIEVEMENTS & HONOURS Obtained GPA based scholarship in
2nd, 3trd, 6th, 7th & 8th semesters from NUST-EME College.
Awarded EME HIGH ACHIEVEMENT AWARD at 20th Convocation of EME
College NUST. Represented NUST in Punjab youth Festival and
Pak-China friendship Center Winner of Robotics Contest in National
Electronics Olympiad. Obtained scholarship from Lahore Board in
F.Sc. Obtained 3rd position in Matriculation in School.
SOFTWARE SKILLS Yokogawa Centum VP
Graphic Builder Functional Block Diagram SEBOL SEQUENCE TABLE
SFC SYSTEM VIEW
Embedded Programming in C (Arduino, AVR ,8051,BeagleBon) Avr
Studion , Keil uvision Object oriented Programming C++ CNC
Simulator Proteus
MicroLogix 1500 PLC programming GUI Development in C# Working
Model National Intruments Labview/ CREO. Pro E Wild Fire 5.0 /
Solidworks Matlab Simulink
AutoCAD 2004 & 2006 Microsoft Visio , Word , Excel
ACADEMIC PROJECTS
Design, Modeling and Development of Control of Unmanned Ground
Vehicles. Development of GUI in C# to control UGV via TCP
communication. Autonomous Environment Aware Robot using AVR
ATMEGA32 Pro E model of Robot for Robocop Netherlands Worked on
Robotic motion algorithms in C++ Modeling of DC motor and
implementation of PID to control its
speed using ARDUINO and AVR Periodic Table Project Object
Oriented programming C++
Vibrational analysis of automotive suspension system on
Simulink
I2C communication AVR and various semester project using AVR and
8051.
Image Processing in C++ and MATLAB DC to AC signal Invertor
Designing of Finger mechanism using working model Construction of
Transformer Mobile Menu C++ Project Cpp
INTERPERSONAL SKILLS Strong leadership and presentation skills
Collaborative problem solving and Organizing Problem solving &
analytical skills and ability to learn new technologies
