Overview
`About the Programme
The Department of Electronics & Communication Engineering prepares students with strong foundations in electronics, communication systems, and embedded technologies. The department emphasizes hands-on learning, industry relevance, and innovation in areas such as signal processing, VLSI, and IoT, enabling graduates to design reliable solutions for industrial and societal needs.
Vision
To be a centre of excellence in electronics and communication engineering through education, research, and innovation.
Mission
- To impart strong fundamentals in electronics, communication, and embedded systems.
- To enable the design of innovative solutions using signal processing, VLSI, and IoT technologies.
- To foster industry readiness, research aptitude, and ethical professional practices.
Programme Core Courses
- Fundamentals of Electric Circuits
- Semiconductor Devices and Circuits
- Network Theory
- Signals and Systems
- Probability Theory and Random Processes
- Analog Electronic Circuits
- Digital Logic Design
- Engineering Electromagnetics
- Digital Signal Processing
- Microcontroller and Applications
- Antennas and Wave Propagation
- Digital Communication
- Information Theory and Coding
- Computer Communication
- Optical Communication and Networks
- Microwave Engineering
- VLSI System Design
- Wireless and Mobile Communication
- Control Systems
- Transmission Lines and Fields
- Workshop Practice
- Engineering Graphics
- Material Science
- Differential and Difference Equations
- Complex Variables and Partial Differential Equations
Programme Elective Courses
- Data Structures and Algorithms
- Computer Organization and Architecture
- Digital Image Processing
- Bio-medical Instrumentation and Analysis
- Satellite Communication
- Embedded System Design
- Radar and Navigational Aids
- Introduction to Nanoscience & Nanotechnology
- Neural Networks & Fuzzy Control
- Digital System Design
- Micro and Smart Systems Technology
- Wireless Sensor Networks
- Advanced Microcontrollers (ARM, DSP)
- Opto Electronics
- Applied Numerical Methods
Infrastructure
Analog System Design Laboratory: Equipped with diode and transistor circuit tools including CROs, function generators, power supplies, and 18 Zealtech workbenches.
Digital Electronics Laboratory: Digital ICs, trainer kits, logic analyzers, DSOs, and digital design tools.
Communication Engineering Laboratory: DSOs, signal analyzers, RF generators, SDRs, NetSim, Multisim, and MATLAB.
Microwave Laboratory: X-Band waveguide benches, antenna trainers, Gunn diode kits, and AWR, CST, ADS software.
DSP & Advanced DSP Laboratory: TMS320C6748 kits, digital media kits, MATLAB.
Optical Communication Laboratory: WDM technology, OTDR setups, free space optics, OPTSIM and OPTISYSTEM.
Networking Laboratory: NETSIM, Riverbed, Dell servers, and 62 high-end systems.
Microprocessor & Microcontroller Laboratory: ARM, 8051 kits, Keil, Proteus.
FPGA / SOPC Laboratory: ALTERA, Xilinx, Cypress tools with Cyclone, Stratix, Virtex, and Spartan boards.
Scope of Employment
Graduates are prepared for careers in wireless communications, signal processing, micro and nanoelectronics, lasers and optics, telecommunications, nanotechnology, robotics, control systems, power systems, and software–hardware integrated domains.
Placement opportunities include leading organizations such as BSNL, MTNL, Reliance Communications, Tata Telecom, Airtel, Nokia, CISCO, IBM, Intel, Ericsson, Honeywell, Bosch, National Instruments, Texas Instruments, HCL, and other global technology leaders.
Faculty
