MTech VLSI Design or Master of Technology Very Large Scale Integration is a Postgraduate Design program of 2 years. MTech VLSI is ideal for students who want to seek specialised knowledge in the field of designing semiconductor devices and circuits. It also focuses on the design, development and verification of Integrated Circuits (ICs).
Aspirants must have completed an undergraduate degree in BE/BTech in the relevant discipline to meet the MTech in VLSI Design eligibility criteria. Admission to MTech VLSI Design is mainly dependent on the merit obtained by the candidate. However, some institutions may accept a valid score in exams like GATE, SRMJEE, etc.
An MTech in VLSI Design opens up several job opportunities for students. An MTech VLSI Design graduate can work as a Design Engineer, VLSI Programmer, Circuit Design Engineer, Graphics Hardware Engineer, etc. The average salary candidates can earn after doing an MTech in VLSI Design is INR 2.25 to 12 LPA, depending on the experience and job role.
- MTech in VLSI Design Course Highlights
- MTech in VLSI Design Eligibility Criteria
- MTech VLSI Design Entrance Exams
- Top Colleges for MTech in VLSI Design in India
- MTech in VLSI Design Admission Procedure 2025
- MTech in VLSI Design Syllabus
- MTech in VLSI Design Job Opportunities in India
- MTech in VLSI Design FAQs
- MTech in VLSI Design Course Highlights
- MTech in VLSI Design Eligibility Criteria
- MTech VLSI Design Entrance Exams
- Top Colleges for MTech in VLSI Design in India
- MTech in VLSI Design Admission Procedure 2025
- MTech in VLSI Design Syllabus
- MTech in VLSI Design Job Opportunities in India
- MTech in VLSI Design FAQs
MTech in VLSI Design Course Highlights
Listed below are some of the major details about the course MTech VLSI Design:
Details | Particulars |
Course Name | MTech VLSI Design |
Course Level | Postgraduate |
Duration | 2 Years/ 4 Semesters |
Course Type | Full Time |
Admission Process | Entrance-Based/ Merit-Based |
Eligibility Criteria | BE/BTech or any undergraduate degree in the relevant field with a minimum of 50% |
Course Fees | INR 1,08,450 – 4,49,000 |
Top Colleges | IIT Jammu, BITS Pilani, Amrita Vishwa Vidyapeetham, LPU, etc |
Job Profile | Design Engineer, VLSI Programmer, Circuit Design Engineer, Graphics Hardware Engineer, etc |
Top Recruiters | Google, Apple, Microsoft, Capgemini, Intel, Qualcomm, IBM, Honeywell, etc |
Average Salary | INR 2.25 - 4 LPA (Fresher) |
MTech in VLSI Design Eligibility Criteria
Aspirants must meet the MTech VLSI Design eligibility criteria to apply for the PG program:
- Candidates must have completed a bachelor’s degree in the relevant field.
- A minimum of 50% in aggregate.
- Some institutions prefer candidates with a BE/ BTech/MSc in ECE or CSE degree.
- Candidates with work experience are preferred at some institutes. For example, in IIT-Jammu, it is mandatory that the candidate should have at least 2 Years of experience.
MTech VLSI Design Entrance Exams
Candidates who wish to pursue the MTech in VLSI Design course from some particular institutions may need to appear for the Entrance exams. Here’s a list of entrance exams.
Exams | Application Date | Exam Date | Application Fee |
CUET PG 2025 | Jan 2, 2025- Feb 08, 2025 | Mar 13, 2025 – Apr 1, 2025 | INR 1,400 |
SRMJEE 2025 | Nov 12, 2024 – Jun 30, 2025 | Jun 12 to 17, 2025 (Phase 2)
Jul 04 and 05, 2025 (Phase 3) | INR 1,400 |
LPUNEST 2025 | May 01, 2025 onwards | May 20, 2025 | INR 1,000 |
IPU CET 2025 | Feb 01, 2025 – Mar 31, 2025 | Apr 25 to May 18, 2025 | INR 2,500 |
GATE 2026 | September 2025 | February 2026 | INR 1800 (UR)
INR 900 (SC/ST/PwD) |
Top Colleges for MTech in VLSI Design in India
Listed below are some of the best MTech VLSI Colleges in India. Let’s have a look at them:
NIRF Ranking | Colleges | Total Fees (Approx.) |
62 (Engineering) | IIT, Jammu | INR 4,49,000 |
7 (University) | Amrita Vishwa Vidyapeetham | INR 2,02,500 |
13 (Engineering) | SRM Institute of Science & Technology, Chennai | INR 3,20,000 |
19 (University) | BITS Pilani | INR 2,80,400 |
27 (University) | Lovely Professional University, Punjab | INR 3,20,000 |
48 (University) | Delhi Technological University, Delhi | INR 2,50,000 |
- | Indraprastha Institute of Information Technology, Delhi | INR 1,08,450 |
- | SRM University, Andhra Pradesh | INR 3,00,000 |
MTech in VLSI Design Admission Procedure 2025
The MTech VLSI Design admission process could be different depending on the institutions. However, the admission process for Lovely Professional University is mentioned below:
- Step 1: Start by signing up on the LPU website with your basic details, eg, Name, Mobile No, Email ID, State, and course interest.
- Step 2: Now, fill out the application form by selecting the course you’re interested in and pay the payment fees of INR 1,000
- Step 3: You will receive a unique provisional registration number in your email. Now students need to upload their required documents, eg, their passport photograph, Date of Birth proof, Marksheet, character certificate, etc.
- Step 4: Students need to submit their balance fee within the timeline given by the university.
At LPU, candidates can avail of scholarships online by clearing the LPUNEST test. You can purchase a soft copy for INR 1,000. Fill it out and appear for the exam, clear it, and you’ll be provided with a scholarship.
MTech in VLSI Design Syllabus
The MTech in VLSI Design may vary depending on the college or university. Listed below is the MTech VLSI Design Syllabus taken from Lovely Professional University:
Semester 1 | Semester 2 |
Advanced Digital System Design | CMOS Analogue Circuit Design |
CMOS VLSI Design | CMOS Analogue Circuit Design Laboratory |
CMOS VLSI Design Laboratory | Dissertation -II |
EDA Tools Laboratory | Linux and Shell Scripting |
Fundamentals of Research | Soft Skills |
Solid State Device Modelling and Simulation | VLSI Design for Hardware Security |
Semester 3 | Semester 4 |
Business Analytics | Dissertation-IV |
Department Elective | CMOS Analogue Circuit Design Laboratory |
Dissertation III | - |
MTech in VLSI Design Job Opportunities in India
Completing an MTech in VLSI Design opens up job opportunities in India. Below are some of the job profiles candidates can pursue:
Job Profiles | Experience | Recruiters | Average Salary |
Design Engineer | 0-2 Years | Talentmart Consultants | INR 2.25 - 3 LPA |
Circuit Design Engineer | 5-10 Years | Mahasurya Ventures India Pvt Ltd | INR 10 - 15 LPA |
Graphics Hardware Engineer | 1-6 Years | Neuberg Diagnostics | INR 3 - 4 LPA |
MOS Device Modeling | 12-17 Years | Intel | INR 10 - 12 LPA |
DSP Structure Builder | 5-12 Years | Tarana Wireless | INR 2.5 - 4 LPA |
MTech in VLSI Design FAQs
Are research opportunities available during the MTech in VLSI Design course?
Research in low-power VLSI, network on chip, RF circuits, and computer architecture are research areas where students can work. The MTech in VLSI Design promotes thesis work, often supervised by faculty who are engaged in cutting-edge VLSI research.
Does the MTech in VLSI Design course align with current trends and technologies in the industry?
The subjects of MTech in VLSI Design courses are constantly updated. Low-power designs, processors, and semiconductor fabrication are some of the issues discussed in class. The students study front-end microelectronics and back-end microelectronics to remain in tune with current trends in the VLSI Industry.
Which skill sets are acquired through the MTech in VLSI Design course?
M. Tech in VLSI Design gives knowledge from both hardware and software front. This includes semiconductor physics, circuit design, and embedded systems. This mode of instruction works in developing the problem-solving ability and preparing students for the all-around problems in VLSI and microelectronics.
What sort of hands-on experiences are students expected to have in the MTech in VLSI Design course?
M.Tech. in VLSI Design offers a lot of practical learning in lab sessions, case studies, and projects. The master's program uses industry-standard EDA tools, namely Cadence and Xilinx FPGA, for practical-oriented learning of students. The students work on real-life chip design and verification projects that provide them experience in solving complex problems in the semiconductor industry.