BE Electronics & Communication

Electronics and Communication Engineering focuses on the specialized fields like Electronics Devices and Circuits, Digital Integrated Electronics, Electronics Instrumentation, Linear Integrated Circuits and its Applications, Signals and Systems, Analog Communication, Digital Communication, Satellite Communication, Mobile Communication, Optical Fiber Communication, Microwave and Radar Systems, Microprocessors , Microcontrollers, Field Theory, Antenna and Propagation, Transmission Lines and Waveguides, Cryptography, Digital System Design Using VHDL, VLSI, Mixed Mode VLSI, Digital Signal Processing, Adaptive Signal Processing, Image Processing ,Speech Processing, Wavelet Transform, Fuzzy Logic, Information Theory and Coding ,Robotics and also few interdisciplinary subjects like Multimedia Communication, Artificial Intelligence, Optical Computing, Pattern Recognition etc.

Programme Duration
4 years, 8 semesters

Programme Structure

Semester One Engineering Maths-I Engineering Physics Elements of Civil Engineering Elements of Mechanical Engineering Basic Electrical Engineering Workshop Practice Engineering Physics Lab Functional English Kannada Kali	Semester Two Engineering Maths –II Engineering Chemistry Computer C Programming Elements of Mechanical Engineering Basic Electronics CCP lab Engineering Chemistry Lab Functional English Kannada Kali	Semester Three Engineering Mathematics III Electronic Circuits Logic Design Network analysis Electrical & Electronic Measurements Signals & Systems Analog Electronic Laboratory Digital Electronic Laboratory	Semester Four Engineering Mathematics IV Power Electronics Control Systems Field Theory Microprocessors Computer Organization Microprocessors Laboratory Power Electronics Laboratory
Semester Five Analog Communication Digital Signal Processing Transmission Lines & Waveguides Advanced Microprocessor Telecom & Switching Solid State Devices & Technology Advanced Microprocessor Lab Communication Lab	Semester Six Digital Communication Microprocessors Analog and Mixed mode VLSI Design Antennas and Propagation Information theory Elective1-(Group-A) Advanced Communication Lab Microprocessors Lab	Semester Seven Computer Communication Network Optical Fiber Communication Power Electronic. DSP Algorithm & Architecture Elective -2 (Group B) Elective-3 (Group C) VLSI Lab Power Electronic Lab	Semester Eight Wireless Communication Embedded System Design Elective -4 (Group D) Elective- 5 (Group E) Project Work Seminar
Semester Elective I (GP-A) Programming in C++ DSP Architecture Applied Numerical Methods	Semester Elective II (GP-B) Operating Systems Adaptive Signal processing Digital Controls Wireless Communication Wavelet Transforms Fuzzy Logic	Semester Elective III (GP-C) Data Structures using C++ Image Processing Cryptography Artificial Neural Networks CAD for VLSI RADAR Systems	Semester Elective IV (GP-D) Distributed Systems Network Systems Robotics Pattern Recognition Embedded System Design High Performance Comm Networks Advance CMOS VLSI Design
Semester Elective V (GP-E) Multimedia Communication Speech Processing Artificial Intelligence Satellite Communication Real Time Systems Optical Computing Advanced Signal Reception Techniques

Facilities
Analog Electronics / Power Electronics Laboratories
Digital Electronics Lab/ Microprocessor Lab
Advanced Microprocessor Laboratories
Analog Communication laboratory
Advanced Communication Laboratory
VLSI Laboratory Software
CCN and DSP Laboratory
Server and Computer systems
VHDL Laboratory
Microcontroller Laboratorory Project Laboratory

Research

	Name of the faculty	Area of Research
01	Anandthirtha B. Gudi	Adaptive Signal Processing in communication systems
02	G. K. Siddesh	Adhoc Communication