The curriculum is designed to ensure students gain both theoretical knowledge and practical expertise in embedded systems, wireless communication, digital signal processing, satellite communication, and biomedical instrumentation.

The department houses state-of-the-art laboratories, each catering to specific aspects of electronics and communication engineering:

Electronics Workshop Lab: Introduces students to basic electronic components and circuit assembly using power supplies, oscilloscopes (CRO), multimeters, breadboards, and soldering irons.

Basic Electronics Lab: Focuses on fundamental electronic circuits, including clamping and clipping circuits, transistor characteristics, rectifiers, and analog trainer kits, covers multivibrators and transistor-based circuits for signal processing applications.

Circuit and Network Lab: Helps students understand network theorems, KVL/KCL principles, and power transfer concepts using specialized trainers.

Digital Logic Design Lab: Explores logic gates, De Morgan’s theorem, digital IC trainers, and power supplies.

Helps students understand network theorems, KVL/KCL principles, and power transfer concepts using specialized trainers.

Digital Logic Design Lab: Explores logic gates, De Morgan’s theorem, digital IC trainers, and power supplies.

Covers radio receivers, modulation techniques, multiplexing, and automatic gain control circuits.

Electronics Measurement and Instrumentation Lab: Provides training in bridges, temperature measurement, displacement sensors, and oscilloscopes.

VLSI Lab: Provides exposure to Xilinx Spartan FPGA boards and digital I/O modules. 

These electronics engineering labs offer practical experience in key communication and embedded systems areas. Optical Communication explores fiber optics and lasers. Digital Communication covers modulation and data formatting. Antenna and Wave Propagation focuses on antennas and RF. Audio Video Systems examines microphones, speakers, and TV systems. Embedded Systems uses ARM-7 boards and control modules. Digital Signal Processing trains in DSP kits and signal processing. Wireless Communication covers GPS and mobile systems. Microwave Engineering uses microwave benches and waveguide components. Satellite Communication explores transponders and receivers. Power Electronics focuses on power control circuits. The Electronic Workshop/Project Lab provides circuit building skills. Data Communication and Networking covers LANs and protocols.

• Microprocessor and Interfacing Lab: Introduces students to 8085 and 8086 microprocessors, interfacing modules, ADC/DAC models, and stepper motor controllers.

• Microcontroller Lab: Focuses on 8051 microcontrollers, Arduino boards, and motor control applications.