Electronics & Communication Engineering

B.Tech Electronics & Communication Engineering

From the time of commencement, the department has progressed steadily and can announce itself as one of the eminent and famed departments, with exquisite infrastructure and a full-time faculty.

M.Tech Applied Electronics Communication Systems

M.Tech Applied Electronics and Communication System Engineering, This master degree program focuses to provide an overwhelming flood of information about the rapidly growing technology, to produce professional Engineers who can contribute their innovative ideas to the nations global competitiveness, career prospectus in this field open up in wide range with jobs available in manufacturing, broadcasting, entertainment, data communication, multimedia, research and development and public related jobs.

Faculty Placement Details

Vision

Electronics & Communication Engineering Department envisions a future where seamless connectivity and cutting-edge technology empower society, drive innovation, and foster sustainable development, revolutionizing communication systems and enhancing quality of life.

Mission

M1 : Spearhead advancements in electronics and communication technologies,
M2 : Empower students with a comprehensive understanding of electronics and communication principles, fostering creativity, critical thinking, and ethical responsibility.
M2 : Engage in interdisciplinary research and industry partnerships to drive innovation, solve complex problems, and contribute to global technological progress.

Program Educational Objectives

PEO1 : Provide a comprehensive understanding of electronic circuits, devices, and systems, preparing students for designing and analyzing complex electronic systems.
PEO2 : Develop proficiency in communication theory, signal processing, and networking protocols, enabling students to design and optimize communication systems and networks.
PEO3 : ultivate hands-on skills in utilizing modern tools and techniques for electronics design, simulation, and testing, ensuring readiness for industry challenges.
PEO4 : Foster interdisciplinary learning by integrating concepts from mathematics, physics, and computer science into electronics and communication engineering education.

Program Specific Outcomes

PSO1 : Demonstrate the ability to design and implement electronic circuits and communication systems, meeting specified performance criteria and standards.
PSO2 : Analyze and troubleshoot complex electronic and communication problems, applying theoretical knowledge and practical skills to find effective solutions.
PSO3 : Communicate technical concepts effectively, both orally and in writing, and work collaboratively in multidisciplinary teams to accomplish engineering projects.

Mr. Aswin S

Assistant Professor & HoD (Incharge)