Electronics & Communication Engineering
Enabling long-distance connection and digital intelligence through microelectronics, VLSI, and communication systems.
Overview
Department Overview
Welcome to the Department of Electronics & Communication Engineering
Pioneering innovations in microprocessors, signal processing, VLSI chip layout design, and wireless networks.
The ECE department offers a modern workspace where students design embedded devices, IoT nodes, and antenna systems. Supported by qualified faculty and cutting-edge software simulators, students gain hands-on skills required to excel in major core companies.
120
Annual Intake
6+
Testing Facilities
1:15
Faculty Ratio
About Department
About the Department
Communication is a primary concern of worldwide industries. The ECE department offers a comprehensive curriculum in microelectronics, embedded systems, VLSI design, signal processing, wireless communication, and IoT. With a focus on the digital revolution, the department prepares students to design intelligent communication devices.
We are providing hands-on experience in Embedded Systems & Internet of Things with latest controllers in tie-up with standard organizations & industries to prepare students for core technical roles.
Advanced Labs
Equipped with state-of-the-art instruments for hands-on practical training.
Industry Ready
Direct training in tie-up with standard organizations & industries.
Expert Faculty
Qualified and experienced instructors dedicated to teaching excellence.
Placements Drive
Consistent placement assistance and preparation programs.
Vision & Mission
Vision
To excel in Electronics and Communication Engineering education and research, molding graduates who are globally competent and technically innovative.
Mission
- Profound knowledge of Electronics and Communication Engineering, enabling students to solve real-world challenges and contribute to innovations.
- Proficient skills and ethical conduct, instilling a strong code of professional practice.
PO, PEO & PSO
Program Outcomes (PO)
PO1: Engineering Knowledge: Apply core mathematics and electronics science to solve communication design problems.
PO2: Problem Analysis: Analyze analog/digital communication signals and microelectronic chips.
PO3: Design/Development of Solutions: Design embedded components, wireless modules, and VLSI systems.
Program Educational Objectives (PEO)
PEO1: Hardware & Telecom: Graduates will excel in telecom network operations, embedded hardware design, and IT sectors.
PEO2: Research/Studies: Graduates will continue learning and pursue postgraduate research in communications.
Program Specific Outcomes (PSO)
PSO1: Embedded & IoT: Build embedded systems and IoT networks using modern processors and sensors.
PSO2: Signal Processing: Design and simulate digital filters, antennas, and communication protocols.
HOD Message
Welcome to the Department of Electronics & Communication Engineering. Electronics and communication technologies have revolutionized human life and business. Our department provides an excellent learning environment with highly qualified faculty and advanced labs in VLSI, signal processing, and communication systems.
We emphasize project-based learning and industry-relevant skills, enabling our students to secure excellent placements or pursue research. I look forward to your journey with us.