ACHARYA INSTITUTE OF TECHNOLOGY · 2021. 1. 4. · ACHARYA INSTITUTE OF TECHNOLOGY Dept. of ECE Bengaluru DEPARTMENT ECE SEMESTER 8 COURSE CODE 15EC81 COURSE ID C411 COURSE TITLE

ACHARYA INSTITUTE OF TECHNOLOGY Dept. of ECE

Bengaluru

DEPARTMENT ECE SEMESTER 6 COURSE

CODE

15EC61 COURSE

ID

C311

COURSE TITLE DIGITAL COMMUNICATIONS

COURSE OUTCOME

NO

COURSE OUTCOME STATEMENTS

C3E1.1 Apply the concept of sampling, quantization, encoding and

reconstruction in base band transmission system.

C3E1.2 Analyze the performance of Digital Modulation Schemes in terms of

probability of Error, Spectral Efficiency and Power

C3E1.3 Determine quantization error, error rate, SNR and the power spectra

of discrete PAM signal to estimate the performance of various

signalling formats.

C3E1.4 Analyze the performance of optimum receivers by applying theory

of estimation and infer the performance of various spread spectrum

techniques.


CODE

15EC62 COURSE

ID

C312

COURSE TITLE Arm Microcontroller & Embedded Systems

COURSE OUTCOME

NO


C3E2.1 Describe the architecture of ARM processors, Memory types and

principles of RTOS

C3E2.2 Explain ARM cortex M3 instruction set

C3E2.3 Write an ALP by making use of appropriate instructions.

C3E2.4 Analyze the performance of scheduling algorithms used in RTOS.


CODE

15EC63 COURSE

ID

C313

COURSE TITLE VLSI Design

COURSE OUTCOME

NO


C3E3.1 Analyze the characteristics and parameters of MOScircuits in VLSI

design.

C3E3.2 Discuss CMOS fabrication process, subsystems design and VLSI

architectures.

C3E3.3 Apply design rules to draw schematic and layout of MOS circuits .

C3E3.4 Analyze the performance of CMOS circuits in terms of memory,

speed, power and area.


CODE

15EC64 COURSE

ID

C314

COURSE TITLE Computer Communication Networks

COURSE OUTCOME

NO


C3E4.1 Describe network components, header/frame formats, &

functionalities for data Communication

C3E4.2 Apply message forwarding / routing schemes in TCP/IP model for

end-to end data transmission.

C3E4.3 Apply different medium access and control techniques for optimal

resource utilization

C3E4.4 Design Subnet masks and range of addresses for a given network.


CODE

15EC651 COURSE

ID

C315

COURSE TITLE Cellular Mobile Communication

COURSE OUTCOME

NO


C3E5.1 Expalin Cellular Concepts and mobile radio propagation with small

scale and multipath fading

C3E5.2 Estimate path loss, link budget, capacity and other cellular

parameters

C3E5.3 Comprehend the cellular architecture addressing and services

C3E5.4 Analyze the GSM and CDMA technology


CODE

15EC653 COURSE

ID

C315

COURSE TITLE Artificail Neural Networks

COURSE OUTCOME

NO


C3E5.1 Describe various terminologies associated with Neural Networks in

supervised/unsupervised learning.

C3E5.2 Identify different neural network architectures, their limitations and

appropriate learning rules

for each of the architectures.

C3E5.3 Select appropriate Neural Network Algorithm for any given

Classification problem.

C3E5.4 Analyze the performance of Neural networks.


CODE

15ECL661 COURSE

ID

C316

COURSE TITLE Data Structures using C++

COURSE OUTCOME

NO


C3E6.1 Understood the fundamental concepts of arrays, pointers, and

linked lists using C++.

C3E6.2 Able to apply arrays and linked list concepts to design and analyze

stacks, queues and applications of these data structures to real time

applications


the skip lists, binary trees and applications of these data structures to

real time applications


the priority queues, binary search trees and applications of these

data structures to real time applications


CODE

15ECL663 COURSE

ID

C316

COURSE TITLE Digital System Design using Verilog

COURSE OUTCOME

NO


C3E6.1 Apply the Systematic process for designing digital circuits using

Verilog HDL.

C3E6.2 Analyze and model different types of Memories used in Embedded

Systems

C3E6.3 Identify the different types of I/O controllers and requirements for

interfacing I/O devices .

C3E6.4 Design sequential circuits, data paths and develop a Verilog HDL

model


CODE

15ECL67 COURSE

ID

C317

COURSE TITLE Embedded Controller LAB

COURSE OUTCOME

NO


C3E7.1 Identify the ARM Cortex M3 Microcontroller Instruction Set and

Hardware devices

C3E7.2 Demonstrate the Instruction set of ARM cortex M3 Microcontroller

in Programming

C3E7.3 Use the External hardware to Interface Peripheral devices with

LPC1768 Microcontroller.


CODE

15ECL68 COURSE

ID

C318

COURSE TITLE COMPUTER NETWORKS LAB

COURSE OUTCOME

NO


C3E8.1 Implement & Analyze Transport & Network layer protocols using

Network

Simulator tool.

C3E8.2 Simulate Wired & wireless network environment to compute the

network parameters.

C3E8.3 Write C/C++ Programs to implement routing algorithms in different

Network topologies.

C3E8.4 Develop C/C++ Programs for framing & transmission of data.


Bengaluru


CODE

15AL51 COURSE

ID

C301

COURSE TITLE Management &Enterprenurship

COURSE OUTCOME

NO


C3O1.1 Understand the fundamental concepts of Management and

Entrepreneurship

C3O1.2 Describe the functions of Managers, Entrepreneurs and their social

responsibilities

C3O1.3 Compare various types of Entrepreneurs.

C3O1.4 Analyze the Institutional support by various state and central

government agencies


CODE

15EC52 COURSE

ID

C302

COURSE TITLE Digital Signal Processing

COURSE OUTCOME

NO


C3O2.1 Outline the concept of Discrete Fourier Transform (DFT), Fast

Fourier transform(FFT), IIR Filters and FIR filters

C3O2.2 Compute DFT by using properties / FFT algorithm and use DFT for

linear filtering of long input data sequence

C3O2.3 Analyse the frequency response and transformation of Digital IIR

filters

C3O2.4 Design and Realize Digital IIR / FIR filters


CODE

15EC53 COURSE

ID

C303

COURSE TITLE Verilog HDL

COURSE OUTCOME

NO


C3O3.1 Illustrate HDL constructs and different levels of abstraction for

modeling digital circuits.

C3O3.2 Analyze the process involved in design flow for designing VLSI

circuits using HDLs

C3O3.3 Design digital circuit using hardware description language.

C3O3.4 Develop test-benches to validate digital circuits


CODE

15EC54 COURSE

ID

C304

COURSE TITLE Information Theory and Coding

COURSE OUTCOME

NO


C3O4.1 Apply the concept of probability theory to quantify the amount of

information in discrete information sources

C3O4.2 Apply various source encoding techniques to determine efficiency

and redundancy of information Source.

C3O4.3 Compute the channel capacity of discrete/continuous channels in the

presence of Noise.

C3O4.4 Design encoders/decoders for linear block codes, Cyclic codes and

Convolution Codes.


CODE

15EC553 COURSE

ID

C305

COURSE TITLE Operating Systems

COURSE OUTCOME

NO


C3O5.1 Apply the knowledge of Architectural components in Designing an

OS.

C3O5.2 Select suitable scheduling techniques for inter process

communication and process management.

C3O5.3 Make use of suitable technique for efficient memory utilization and

file operations.

C3O5.4 Analyze the performance of various scheduling techniques for

process & resource management.


CODE

15EC562 COURSE

ID

C306

COURSE TITLE Programming in C++

COURSE OUTCOME

NO


C3O6.1 Illustrate features of Object Oriented Programming.

C3O6.2 Apply Functions , Classes, Objects, and Polymorphism concepts to

solve a given problem

C3O6.3 Use Inheritance, I/O Streams and file handlers to solve a given

problem

C3O6.4 Develop programs using the OOP concepts for a given application


CODE

15ECL57 COURSE

ID

C307

COURSE TITLE DSP Lab

COURSE OUTCOME

NO


C3O7.1 Write matlab programs to implement DSP algorithms

C3O7.2 Implement the DSP algorithms on TMS320C6713 processor

C3O7.3 Design and Simulate Digital IIR and FIR filters

C3O7.4 Use Code Composer Studio to emulate filters and impulse response

LTI systems.


CODE

15ECL58 COURSE

ID

C308

COURSE TITLE Verilog HDL Lab

COURSE OUTCOME

NO


C3O8.1 Demonstrate different levels of abstraction for modeling digital

designs.

C3O8.2 Write HDL code & verify the functionality of combinational

circuits.

C3O8.3 Design and Implement Sequential circuits using Verilog HDL.

C3O8.4 Validate designs using verilog HDL to interface I/O devices with

FPGA.


Bengaluru


CODE

15EC81 COURSE

ID

C411

COURSE TITLE WIRELESS CELLULAR & LTE 4G BROAD BAND

COURSE OUTCOME

NO


C4E1.1 Discuss the basic architecture and the fuctional standards specified

in LTG 4G

C4E1.2 Explain the system Architecture of LTE & E-UTRAN based on the

use of ofdma and sc-fdma Principles

C4E1.3 Apply the concepts of UTMS UTRAN and EPS handling processes

for the configuration of call processing system for variety of data

call scenarios

C4E1.4 Analyze the role of LTE Radio interface protocols and eps data

convergence protocols to set up,confiure and release data and voice

from the subscribers


CODE

15EC82 COURSE

ID

C412

COURSE TITLE FIBRE OPTICS & NETWORKS

COURSE OUTCOME

NO


C4E2.1 Apply the concept of optics and light wave in optical fiber link and

fiber transmission characteristics.

C4E2.2 Illustrate the behavior of optical transmitter and receiver for analog

and digital mode of operation.

C4E2.3 Analyze the different network access scheme and packet switching

in OFC system

C4E2.4 Compute different parameter of optic fiber, losses, power budget

and effect of noise associated to optical fiber communication

system.


CODE

15EC835 COURSE

ID

C413

COURSE TITLE NETWORK & CYBER SECURITY

COURSE OUTCOME

NO


C4E3.1 Apply IPSec and TLS protocol stack in providing secure web based

communication.

C4E3.2 Apply stack of protocol in providing the secure email transaction

C4E3.3 Apply suitable mechanism in malware detection during web based

communication.

C4E3.4 Apply Zachman framework in providing the enterprise security


CODE

15EC84 COURSE

ID

C414

COURSE TITLE INTERNSHIP / PROFESSIONAL PRACTICE

COURSE OUTCOME

NO


C4E4.1 Demonstrate sound technical knowledge in the chosen domain of

internship.

C4E4.2 Ability to relate knowledge gained in different application scenarios

C4E4.3 Communicate technical content effectively through written and oral

presentations

C4E4.4 Able to work as individual or as good team player in an

organization


CODE

15ECP85 COURSE

ID

C415

COURSE TITLE PROJECT WORK

COURSE OUTCOME

NO


C4E5.1 Demonstrate an ability to identify and formulate a hypothesis for a

given problem and test through appropriate experiments.

C4E5.2 Apply relevant modern tools to solve the chosen technical problem.

C4E5.3 Analyze and evaluate the experimental results and propose suitable

modifications to improve performance.

C4E5.4 Work effectively as a member or a leader of a team.

C4E5.5 Communicate technical content effectively through written report

and oral presentations.


CODE

15ECS86 COURSE

ID

C416

COURSE TITLE SEMINAR

COURSE OUTCOME

NO


C4E6.1 Select recent advances in a specific technical field by performing a

comprehensive literature survey

C4E6.2 Compare the different solution methods, various software tools and

methods for the Identified problem

C4E6.3 Discuss the advantages and disadvantages of approach, along with

possible future directions

C4E6.4 Communicate technical content effectively through written and oral

presentations.


Bengaluru


CODE

15EC71 COURSE

ID

C401

COURSE TITLE Microwave & Antenna

COURSE OUTCOME

NO


C4O1.1 Explain the active & passive microwave devices & components

used in Microwave communication systems.

C4O1.2 Compute various parameters related to transmission lines,

microwave devices and antenna for building an RF system using S-

parameters, Signal flow graphs and Smith charts.

C4O1.3 Analyze the performance of the microwave devices (active &

passive) and different type of antenna for various application.

C4O1.4 Design and analyze antennas and antenna arrays as per the

requirements.


CODE

15EC72 COURSE

ID

C402

COURSE TITLE Digital Image Processing

COURSE OUTCOME

NO


C4O2.1 Describe the process of image acquisition and

Digitization.

C4O2.2 Choose appropriate image processing techniques for given

application.

C4O2.3 Use filtering techniques for image

enhancement/restoration in spatial/frequency domains.

C4O2.4 Apply Morphological operations and Segmentation

techniques for extracting useful information from Image.


CODE

15EC73 COURSE

ID

C403

COURSE TITLE Power Electronics

COURSE OUTCOME

NO


C4O3.1 describe the different power devices,converters and their application

C4O3.2 explain the operation of power converters and switching devices

C4O3.3 computer the performance parameters of power converters and

power devices for specfic requirements

C4O3.4 examine the performance of power converters with different load

conditions


CODE

15EC741 COURSE

ID

C404

COURSE TITLE Multimedia Communication

COURSE OUTCOME

NO


C4O4.1 Describe the data representation and networks used in Multimedia.

C4O4.2 Apply suitable compression techniques for optimal multimedia

Communication.

C4O4.3 Compute efficiency of data transmission in Multimedia

Communication.

C4O4.4 Use suitable communication network for audio and video

transmission.


CODE

15EC752 COURSE

ID

C405

COURSE TITLE IOT

COURSE OUTCOME

NO


C4O5.1 Knowledge of architecture, hardware and software components of

IOT devices, MAC and routing protocols for wireless sensor

networks

C4O5.2 Illustrate the design of IoT using Arduino, and other relevant IDEs

C4O5.3 Apply suitable application, transport and network layer protocols to

realize IoT device functionality.

C4O5.4 Apply suitable MAC and routing protocols to meet wireless

communication requirements of an IOT device


CODE

15EC755 COURSE

ID

C405

COURSE TITLE SATELLITE COMMUNICATION

COURSE OUTCOME

NO


C4O5.1 Explain the concepts related to satellite systems and to establish

space link budget in different environments

C4O5.2 Illustrate the importance of the Earth segment and its relation to the

DBS TV

C4O5.3 Utilize the concepts of space segment with its different multiple

access methods to achieve spectral efficiency.


CODE

15ECL76 COURSE

ID

C407

COURSE TITLE ADV. COMM LAB

COURSE OUTCOME

NO


C4O6.1 Demonstrate Digital Modulation Techniques & Time Division

Multiplexing used in communication systems.

C4O6.2 Test and Evaluate transmission parameters of Wave guides and

optical cables.

C4O6.3 Determine losses of strip lines, radiation pattern of strip

antennas and characteristics of strip resonator.

C4O6.4 Simulate various line codes, digital and pulse modulation

techniques using MATLAB.


CODE

15ECL77 COURSE

ID

C408

COURSE TITLE VLSI LAB

COURSE OUTCOME

NO


C4O7.1 Design and analyze the characteristics of analog circuits using

schematic representation

C4O7.2 Generate layout for analog circuits and verify DRC and LVS.

C4O7.3 Develop gate level model to represent combinational /sequential

circuits using verilog.

C4O7.4 Simulate the digital circuits using Verilog test bench.


CODE

15EC78 COURSE

ID

C408

COURSE TITLE PROJECT WORK PHASE 1

COURSE OUTCOME

NO


C4O8.1 Demonstrate an ability to identify and formulate a hypothesis for a

given problem and test through appropriate experiments.

C4O8.2 Apply relevant modern tools to solve the chosen technical problem.

C4O8.3 Analyze and evaluate the experimental results and propose suitable

modifications to improve performance.

C4O8.4 Work effectively as a member or a leader of a team.

C4O8.5 Communicate technical content effectively through written report

and oral presentations.


Bengaluru


CODE

17MAT41 COURSE

ID

C211

COURSE TITLE Engg. Mathematics-IV

COURSE OUTCOME

NO


C2E1.1

To apply numerical methods to solve differential equations that

result in various physical applications like Remote sensing,

Electrical circuits etc. along with solving Legendre’s, Bessel’s

differential equations.

C2E1.2 Able to study the analytics of Complex functions, Conformal

transformation and evaluate complex integral. Also able to solve

problems of electromagnetic waves.

C2E1.3 Analyze random events by computing the probabilities using

classical approach of probability.

C2E1.4 Understand concept of random variables occurring in real time

situations and compute the probabilities using standard probability

distributions. Also helps to understand the concepts of analog and

digital communications.

C2E1.5 To estimate of population parameters and drawing conclusions

about the population based on the test results.


CODE

17EC42 COURSE

ID

C212

COURSE TITLE MICROPROCESSORS

COURSE OUTCOME

NO


C2E2.1 Knowledge about the architectures of microprocessor and its

functionalities.

C2E2.2 Describe various instruction sets and addressing modes of 8086

microprocessor.

C2.E2.3 Illustrate 8086 microprocessor architecture and to efficiently use the

instructions set for writing assembly language program.

C2E2.4 Apply data transfer instructions of 8086 microprocessor to interface

I/O devices.


CODE

17EC43 COURSE

ID

C213

COURSE TITLE CONTROL SYSTEMS

COURSE OUTCOME

NO


C2E3.1 Develop mathematical modeling for simple mechanical & electrical

systems by applying block diagram reduction techniques & Signal

Flow Graph

C2E3.2 Analyzethe given first & second order systems under time &

frequency domain

C2E3.3 Evaluate the stability of the system with the aid of Bode Plots,

Nyquist Plot & Root Locus

C2E3.4 Evaluate the state variables & obtain the solution for state equations.


CODE

17EC44 COURSE

ID

C214

COURSE TITLE SIGNALS AND SYSTEMS

COURSE OUTCOME

NO


C2E4.1 Analyze and identify different types of signal and system properties

C2E4.2 Determine the output of LTI system using Convolution integral/Sum

and Impulse response

C2E4.3 Solve differential and difference equations for LTI systems.

C2E4.4 Apply Fourier representation to study the behavior of periodic and

nonperiodic signals.

C2E4.5 Apply Z Transform to study the behavior of Signals and systems.


CODE

17EC45 COURSE

ID

C215

COURSE TITLE PRINCIPLES OF COMMUNICATION SYSTEMS

COURSE OUTCOME

NO


C2E5.1 Describe the process of random process, Probability theory and

types of noise.

C2E5.2 Compute the performance parameters of continuous wave

modulation techniques.

C2E5.3 Analyse the continuous wave modulation techniques in time and

frequency domain.

C2E5.4 Analyze the noise performance of Continuous Wave modulation

receivers.


CODE

17EC46 COURSE

ID

C216

COURSE TITLE LINEAR ICs AND APPLICATIONS

COURSE OUTCOME

NO


C2E6.1 Explain Op-Amp Parameters and their importance in circuit design

C2E6.2 Design circuits for linear and non-linear applications using Op-Amp

C2E6.3 Analyze the working of multivibrators and regulators using Linear

ICs.

C2E6.4 Compute operating parameters of Op-Amps and 555 timer circuits.


CODE

17ECL47 COURSE

ID

C217

COURSE TITLE Microprocessor Lab

COURSE OUTCOME

NO


C2E7.1 Program a microprocessor to perform arithmetic, logical and data

transfer applications.

C2E7.2 Understand assembler directives, DOS Interrupts, branch and loop

operations.

C2E7.3 Interface a microprocessor to various devices for simple

applications

C2E7.4 Utilize procedures and macros for modular programming


CODE

17ECL48 COURSE

ID

C21E

COURSE TITLE LIC + COMM. LAB

COURSE OUTCOME

NO


C2E8.1 Explain linear and non linear applications of op-amps.

C2E8.2 Design first and second order active filters using op amps C2E8.3 Design monostabe and astablemultivibrators using 555 time

C2E8.4 Demonstrate modulation, demodulation circuits and sampli


Bengaluru


CODE

17MAT31 COURSE

ID

C201

COURSE TITLE Engg. Mathematics-III

COURSE OUTCOME

NO


C2O1.1

Express any periodic function in form of Fourier series and hence

will

be able to analyze it in various aspects.

C2O1.2 Model mathematically some engineering problems as PDE and

solve

it, if it has some special form.

C2O1.3 Solve polynomial and transcendental equations that might arise as a

result of some Engineering problem

C2O1.4 Find an approximate function that represents and to analyze the data

set and get useful non-available information

C2O1.5 To solve ordinary differential equations and partial differential

equations numerically.


CODE

17EC32 COURSE

ID

C202

COURSE TITLE Analog Electronics

COURSE OUTCOME

NO


C2O2.1 Explain the diode parameters, stability of operating point and

characteristics of FET.

C2O2.2 Analyse BJT & JFET Amplifiers using small signal model.

C2O2.3 Analyse the effect of the various capacitances on the frequency

response of the BJT & FET amplifiers.

C2O2.4 Design analog Circuits using Diodes and transistors for a given

specification.


CODE

17EC33 COURSE

ID

C203

COURSE TITLE Digital Electronic

COURSE OUTCOME

NO


C2O3.1 Acquire knowledge of

• Simplification Techniques using Karnaugh Maps, Quine-

McClusky Technique.

• Combinational and sequential logic Circuits.

C2O3.2 Analyze the performance of

• Simplification Techniques using Karnaugh Maps, Quine-

McClusky Technique.

• Synchronous Sequential Circuits.

C2O3.3 Design and Develop Mealy and Moore Models for digital circuits

C2O3.4 Apply the knowledge gained in the design of combinational and

sequential circuits.


CODE

17EC34 COURSE

ID

C204

COURSE TITLE Network Analysis

COURSE OUTCOME

NO


C2O4.1 Formulate equations based on physical laws and analyze the steady

state behavior of Complex electric networks.

C2O4.2 Apply the knowledge of mathematics and graph theory to the

solution of complex Electrical networks

C2O4.3 Apply mathematical and analytical techniques to analyze transient

behavior of networks

C2O4.4 Analyze networks based on two port parameters.


CODE

17EC35 COURSE

ID

C205

COURSE TITLE Electronic Insrumentation

COURSE OUTCOME

NO


C2O5.1 Acquire knowledge about errors and various physical parameters

associated with various measurements

C2O5.2 Describe the functional concepts of various types of analog and

digital measuring instruments.different types of

oscilloscope,Transducers and signal generator

C2O5.3 Apply the knowledge of passive component measurement and

transducers in various applications

C2O5.4 Compute the circuit component values for various multiranging

instruments and Various errors in measuring Instruments


CODE

17EC36 COURSE

ID

C206

COURSE TITLE Engineering Electromagnetics

COURSE OUTCOME

NO


C2O6.1 Apply vector calculus & coordinate system to static electric and

magnetic fields in standard configurations.

C2O6.2 Apply the concepts of Maxwell Equations for electric and magnetic

fields in standard configurations.

C2O6.3 Compute forces between charges & current elements, potential

energy and various other parameters that govern the electromagnetic

fields.

C2O6.4 Examine the phenomena of wave propagation in different media and

its interface and application in microwave engineering


CODE

17ECL37 COURSE

ID

C207

COURSE TITLE Analog Electronics Lab

COURSE OUTCOME

NO


C2O7.1 Test diodes as rectifiers, clippers, clampers

C2O7.2 Design and Verify the Oscillator circuit, given the frequency of

oscillation

C2O7.3 Conduct experiment to amplify signal using BJT / FET amplifiers.

C2O7.4 Conduct experiment to Verify network theorems and resonant

circuits


CODE

17ECL38 COURSE

ID

C208

COURSE TITLE Digital Electronics Lab

COURSE OUTCOME

NO


C2O8.1 Demonstrate the truth table of various expressions and

combinational

Circuits using logic gates.

C2O8.2 Design, test and evaluate various combinational circuits such as

adders,

subtractors, comparators, multiplexers and demultiplexers

C2O8.3 Construct flips-flops, counters and shift registers.


Bengaluru


CODE

18ELN14 COURSE

ID

C104

COURSE TITLE

COURSE OUTCOME

NO


C1O4.1 Describe Semiconductor devices, Basic communication systems,

Building blocks of digital electronics and their applications.

C1O4.2 Realize the simple analog and digital circuits using electronic

components and logic gates.

C1O4.3 Solve simple problems related to Analog and Digital electronic

devices and circuits


CODE

18ELN14 COURSE

ID

C104

COURSE TITLE

COURSE OUTCOME

NO









CODE

18ELN14 COURSE

ID

C104

COURSE TITLE

COURSE OUTCOME

NO









CODE

18ELN14 COURSE

ID

C104

COURSE TITLE

COURSE OUTCOME

NO









CODE

18ELN24 COURSE

ID

C114

COURSE TITLE

COURSE OUTCOME

NO








Documents

ACHARYA INSTITUTE OF TECHNOLOGY · 2021. 1. 4. · ACHARYA INSTITUTE OF TECHNOLOGY Dept. of ECE Bengaluru DEPARTMENT ECE SEMESTER 8 COURSE CODE 15EC81 COURSE ID C411 COURSE TITLE