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M.E. VLSI Design

About the VLSI Program

The VLSI Program was started in the year 2012 under the Department of Electronics and Communication Engineering with the goal of fostering our students' growth via hard effort into deserving and disciplined engineers.

From Code to Silicon

As students learn VLSI, they discover how a simple idea written in code becomes a real chip inside a mobile phone or laptop. VLSI design teaches how circuits are designed, tested, and optimized for speed, power, and area. It connects classroom concepts like digital electronics and semiconductor physics with real-world applications.

Designing the Future

Today, VLSI Design is at the heart of technologies such as smartphones, AI chips, IoT devices, and 5G communication. For ECE students, VLSI opens the door to exciting careers in the semiconductor industry and research. Learning VLSI means designing the future—one chip at a time.

Vision

To be a center of excellence in VLSI design education and research by producing highly skilled, innovative, and ethical professionals who contribute to advancements in semiconductor technology and meet the evolving needs of industry and society.

Mission

01

To impart strong theoretical and practical knowledge in VLSI design, semiconductor devices, and integrated circuit technologies.

02

To develop industry-ready professionals through training in advanced VLSI tools, design methodologies, and fabrication processes.

03

To promote research, innovation, and design excellence in low-power, high-speed, and high-density integrated circuits.

04

To enhance analytical thinking and problem-solving skills for designing and optimizing complex VLSI systems.

Programmes Offered

Under Graduate & Post Graduate Programmes Intake
M.E. (VLSI)
18 Seats

List of Faculties

S. No. Name of the Faculty Designation
1 Dr.MAYAKANNAN.A PROFESSOR
2 LAKSHMI.S ASSOCIATE PROFESSOR
3 RAJESH KUMAR.V ASSISTANT PROFESSOR
4 MURALI.E ASSISTANT PROFESSOR
5 ARCHANA.K ASSISTANT PROFESSOR
6 BHUVANESWARI.C ASSISTANT PROFESSOR
7 ANGELIEN SILVIYA.S ASSISTANT PROFESSOR
8 ANUSHA.S ASSISTANT PROFESSOR
9 Dr.MURALI BABU.K PROFESSOR
10 JAGADEESWARI D ASSISTANT PROFESSOR
11 THIRUMARAN.D ASSOCIATE PROFESSOR
12 VENKATESAN.S ASSISTANT PROFESSOR
13 RADHA KRISHANAN.M ASSISTANT PROFESSOR
14 GAJENDRA KUMAR V PROFESSOR
15 Dr.SONAGIRI CHINA.V PROFESSOR
16 KARVENTHAN.P ASSISTANT PROFESSOR
17 MURALI.E ASSISTANT PROFESSOR
18 MANIKANDAN.B ASSISTANT PROFESSOR

Students On-Roll

I - Year
S.No Register Number Name of the Student
1 112425419001 ELAVARASAN A
2 112425419002 GOPINATH M
3 112425419003 GOWTHAMA PRASAD D
4 112425419004 JEEVANANTHAM M
5 112425419005 NISHA N
6 112425419006 PADMAVATHI C
7 112425419007 PHILOMENA S
8 112425419008 SARANYA V
9 112425419009 SHINDHUJA J
10 112425419010 SOWMIYA J
11 112425419011 VIMALRAJ P
II - Year
S.No Register Number Name of the Student
1 112424419001 ANITHA.M
2 112424419002 SHARAN.M.C
3 112424419003 SONIYA.S

Syllabus

COURSES R17 Regulation R21 Regulation
M.E. VLSI Design --- Download

List Of Laboratories For M.E. CSE

  • FPGA Laboratory
  • Analog IC Design Laboratory
  • Verification using UVM Laboratory
  • Term Paper Writing and Seminar

PEOs, PSOs, and POs

MASTER OF ENGINEERING — VLSI DESIGN

I

PROGRAMME EDUCATIONAL OBJECTIVES (PEOs)

To critically analyse and understand the principles involved in the designing and testing of electronic circuits relevant to industry and society.

To appreciate the concepts in the working of electronic circuits.

To take up socially relevant and challenging projects and to provide Innovative solutions through research for the benefit of the society with latest hardware & software related to VLSI and also to develop the capacity to protect Intellectual Property.

To Progress and Develop with Ethics and Communicate effectively.

To become entrepreneurs to develop indigenous solutions.

II

PROGRAMME OUTCOMES (POs)

An ability to independently carry out research/investigation and development work to solve practical problems

An ability to write and present a substantial technical report/document

Students should be able to demonstrate a degree of mastery over the area as per the specialization of the program. The mastery should be at a level higher than the requirements in the appropriate bachelor's program

Understand the fundamentals involved in the Designing and Testing of electronic circuits in the VLSI domain.

Provide solutions through research to socially relevant issues for modern Electronic Design Automation (EDA) tools with knowledge, techniques, skills and for the benefit of society

Interact effectively with the technical experts in industry and society