Electronics Engineering

Vision

To be recognized as a benchmark and trend setter in Electronics and Communication Engineering domain keeping in phase with rapidly changing technologies through effective partnership with reputed academic institutions, research organizations, industries and community

Mission

*Create highly motivated, technologically competent human resource by imparting high quality technical education through flexible student centric updated curricula suited to students with diverse backgrounds *Adopt best teaching and learning practices and establish state-of-the-art facilities to provide quality academic ambience for innovativeness, research and developmental activities *Enhance collaborative activities with academic institutions and industries for evolving indigenous technological solutions to meet societal needs and nurture leadership and entrepreneurship qualities with ethical means *Facilitate adequate exposure to the students, faculty and staff through training in the state-of-the art technologies, efficient administration, global outreach and benchmarking against referential institutions

Thrust Areas

Communication Networking

Communication networking research encompasses a broad range of topics related to the design, analysis, optimization, and implementation of communication networks. It involves both theoretical and practical investigations aimed at improving the performance, reliability, security, and efficiency of communication systems.

VLSI and Embedded Systems

Research in VLSI (Very Large Scale Integration) and embedded systems encompasses a wide range of topics related to the design, implementation, and optimization of integrated circuits (ICs) and embedded computing systems. These fields are crucial for developing advanced electronic devices, including smartphones, automotive electronics, medical devices, consumer electronics, and industrial control systems.

Wireless Technology

Research in wireless technology encompasses a broad range of topics related to the design, development, optimization, and deployment of wireless communication systems and networks. With the proliferation of wireless devices and the increasing demand for high-speed, reliable wireless connectivity, researchers are continuously exploring new techniques and technologies to address various challenges and improve the performance of wireless systems.

550

UG Students

23

PG Students

59

Scholars

33

Faculty

13

Staff

8

Patents

8

Projects

907

Publications

2375

Citations

19

H-Index

Message from the HOD

Dr. D. Meganathan

PROFESSOR

Welcome to the Department of Electronics Engineering. This is the largest department in the MIT Campus of Anna University, established in 1949, with its core strength in Electronics & Communication Engineering. The department offers the following full-time courses: Undergraduate Programme • B.E. (Electronics & Communication Engineering) - (6 years NBA Accredited Programme) Postgraduate Programme • M.E. (Communication & Networking) • M.E. (Wireless Technologies) • M.E. (VLSI Design and Embedded Systems) The faculty and research scholars are engaged in research in cutting-edge technologies, including Communication, Signal & Image Processing, Computing, Network Security, Sensor Networks, Optical Communication, Radio Frequency Electronics, VLSI, Embedded Systems, AI, and IoT. The department collaborates with academic and industry partners. Undergraduate, postgraduate, and Ph.D. scholars are encouraged to participate in exchange programs with foreign universities that have an MoU with Anna University. The department also undertakes various consultancy works and sponsored projects for leading industries. The syllabi are continuously updated, and the laboratories are modernized to reflect rapid technological advancements. In addition to the regular curriculum, students are encouraged to engage in R&D efforts by participating in sponsored projects and other associated research activities led by the faculty members.