📡 Electronics & Communication Engineering

The ECE program blends electronics, communication, and computer engineering principles to design, develop, and manage modern communication systems, embedded devices, and semiconductor technologies.

The curriculum covers electronic circuits, digital logic design, microprocessors, signal processing, wireless communication, embedded systems, and semiconductor technology, preparing students for roles in telecommunications, chip design, and automation.

• Design and analysis of analog & digital circuits
• Programming microcontrollers & embedded systems
• Signal processing & communication protocol design
• VLSI design & FPGA-based system development
• Wireless & optical communication systems
• IoT device development and integration

• Interactive lectures with circuit demonstrations
• Laboratory experiments using simulation & hardware kits
• Case studies on telecom and semiconductor industries
• Hands-on projects using Arduino, Raspberry Pi, and FPGA boards
• Industry-driven workshops & technical seminars
• Collaborative research assignments

• Practical lab evaluations
• Design and simulation-based assignments
• Technical project presentations
• Mid-semester and end-semester exams
• Viva on technical concepts

ECE skills are widely used in telecom networks, satellite communication, embedded devices, consumer electronics, medical equipment, defense systems, and automation industries.

ECE integrates with computer science, mechanical engineering, robotics, and artificial intelligence for developing advanced products and smart systems.

By the end of the course, students will be able to:

• Design and troubleshoot electronic circuits
• Develop and deploy embedded and IoT systems
• Analyze and implement communication protocols
• Work on VLSI and semiconductor device design
• Collaborate in multidisciplinary engineering projects