Department of Electronics and Communication Engineering (ECE) was started in the
year 2008 with the vision of developing the department as a center of
excellence. ECE Department strives to make the students to become exemplenary
professionals by providing qualitative and quantitative academic teaching in
order to meet the global challenges on par with the industry standards.
The department by virtue of its efforts has set technical standards produced
university rank holders starting from the successful graduation of the first batch
of students. So far the department has produced 53 university ranks.
The department takes initiatives for overall development of students and give them
practical orientation to inculcate employability skills which will help them to face
this competitive world. The department activities conducted are focused on imparting
technical knowledge along its application in the practical world. Simultaneously
personality development of students is also given priority.
Vision and Mission
Imparting quality education to compete with global standards and evolve as a
centre of excellence in Electronics and Communication Engineering with
M1 : To adopt effective teaching
methods in order to maximize knowledge dissemination for students.
M2 :To have adequate mechanisms to
enhance the understanding and implementation of theoretical concepts
in practical scenarios.
M3 :To provide state-of-the-art
infrastructure and facilities to the students and faculty members by
creating a conducive ambience for excellence in engineering
M4 :To produce Electronics and
Communication Engineering graduates with good ethical skills and
managerial skills to blossom as successful professionals and
M5 :To promote Industry Institute
interaction in Electronics and Communication Engineering department
for the students to involve in research activities.
Dr. M.P. CHITRA, M.E., Ph.D.,
Professor and Head, Department of Electronics and Communication Engineering
Dr.M.P.CHITRA,ME.,PhD., Professor and Head, Department of
Electronics and Communication Engineering has more than 26 years of teaching and 10
years of research experience. Her research interests are Wireless Networks, Signal
Processing, Wireless Communication and Cognitive Radio Networks. She has graduatedin
BE-Instrumentation & Control Engineering from Government College of Technology
affiliated toBharathiar Universityin 1989. She has obtained her Master Degree in
ME-Applied Electronics from Sathyabama University, Chennai in 2004 and her Doctorate
PhDin Signal Processing in Wireless Networksfrom Sathyabama University, Chennaiin
She has published several research papers in International and
National Journals, presented papers in International and National conferences and
published six books. She is a recognized research supervisor for guiding PhD
scholars in Sathyabama University Chennai. Under her guidance 2 PhD scholars have
completed PhD and 2 are pursuing PhD work. She is Reviewer of Consumer Electronics
Times (CET) Journal, Reviewer of Optics and Photonics Journal and.Reviewer of IEEE
R10 Madras Section Student Project Funding.
She has received research funding grants from AICTE more than Rs.10
Lakhs through AICTE STTP, AICTE MODROBS and AICTE Seminar Grant. She has also
received grant funds for student projects from IEEE, TNSCST and has Filed Patents.
She has received Anna University National Award for an Outstanding Academic(Degree
Level) Teacher Award instituted by Anna University, Chennai by ISTE at 47th ISTE
National Annual Convention Kottayam in 2017. She is a Life Member in ISTE, Life
Member in IETE, Member of IEEE and Member in IEEE Women’s Engineering Society.
Name of the Faculty
Principal & Professor
Professor & Head
Mr.L. Ashok Kumar
PROGRAM OUTCOMES (POs):
Apply knowledge of mathematics, science and Electronics and Communication
Engineering fundamentals on the solutions of complex engineering problems.
Identify, formulate and analyse complex Electronics and Communication Engineering
Design solutions for complex problems and design systems or processes for a specific
need with real time constraints. (Design/development of solutions)
Conduct experiments as well as design, analysis and acquire results for complex
Electronics and Communication problems. (Conduct investigations of complex
Select and apply proper techniques and modern engineering tools which are relevant
to Electronics and Communication Engineering applications.(Modern tool usage)
Apply reasoning informed by the contextual knowledge to assess societal, health,
safety, legal and cultural issues and consequent responsibilities relevant to the
professional engineering practice.(The engineer and society)
Examine the impact of engineering solutions in social and environmental context and
apply knowledge for continuous development.(Environment and sustainability)
Develop consciousness of professional and ethical responsibilities in the field of
Electronics and Communication Engineering.(Ethics)
Apply skill to function as an individual and as a member or a leader in a
multidisciplinary team.(Individual and team work)
Communicate effectively on complex Electronics and Communication Engineering
activities with the engineering community and with society at large, such as, being
able to comprehend and write effective reports and design documentation, make
Manage Projects and finance in multidisciplinary environment as a member or leader
in a team using engineering and management principles.(Project management and
Recognize the need to engage in life-long learning.(Life-long learning)
PROGRAM EDUCATIONAL OBJECTIVES (PEOs)
To analyze and design appropriate Electronics and Communication systems to
provide solutions that are technically advanced, economically feasible and socially
To produce Electronics and Communication Engineering graduates with sufficient
breadth in Electronics and its related fields enabling to work in multidisciplinary
To excel in professional career and higher education by acquiring knowledge in the
area of Electronics and Communication Engineering.
To produce graduates with a professional outlook who can communicate effectively
and interact responsibly in their profession.
To pursue lifelong learning by adapting present and future trends to render service
to the society.
PROGRAM SPECIFIC OUTCOMES (PSOs):
An ability to apply creativity in design and development of electronic circuits, equipment, components and systems.
(Hardware designing skill)
An ability to apply contextual knowledge of microprocessor, micro controller, DSP processor and software tools in embedded systems.
(Skill on Software and Hardware Interfacing)
An ability to comprehend the knowledge of wired, wireless communication networks in telecommunication industries.
(Knowledge on Communication Systems)