Working Professionals
Looking to move into senior leadership or strategic roles.
M.Tech In VLSI Design for Working Professionals M.Tech in VLSI design for Working Professionals is a 2-year postgraduation program. This course can be applied by those engineering graduates who are interested in gaining expertise in VLSI specializations. And they don’t want to leave their jobs. When learners are focusing on research and academics in the field they should apply for the M.Tech in VLSI design program. VLSI expertise is required for modern electronics, AI chips, IoT devices, automotive systems and powering smartphones. There is a demand for the chip architecture, analog and digital design, verification, and fabrication processes.
Duration
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Full-time / Part-time options
Eligibility
—
Average Fees
₹4.5L Total
Program-wise
Mode
Online
Overview
M.Tech In VLSI Design for Working Professionals M.Tech in VLSI design for Working Professionals is a 2-year postgraduation program. This course can be applied by those engineering graduates who are interested in gaining expertise in VLSI specializations. And they don’t want to leave their jobs. When learners are focusing on research and academics in the field they should apply for the M.Tech in VLSI design program. VLSI expertise is required for modern electronics, AI chips, IoT devices, automotive systems and powering smartphones. There is a demand for the chip architecture, analog and digital design, verification, and fabrication processes.
M.Tech in VLSI Design for Working Professionals, a post-graduation course, focuses on employees to enhance skills, and for that, they don’t have to leave their work. The course VLSI (Very Large Scale Integration) encourages hands-on experience in developing integrated circuits by combining millions and billions of transistors onto a single chip. In a technology-driven world, smartphones, computers, medical equipment,…
Who it's for
See if your goals align with how this program is structured.
Looking to move into senior leadership or strategic roles.
Need structured pathways into leadership or specialist roles.
Enjoy inquiry-driven learning and evidence-based decisions.
Want clarity, milestones, and measurable outcomes.
Career Outcomes
High demand for doctorate-level management professionals across consulting, strategy, and academia.
20K+ professionals upskilled already
Universities
Compare top programs and choose the best fit for your goals.
All universities are UGC/AICTE approved and recognized for academic excellence.
Fees & Financing
Transparent fee structure with flexible payment options.
Total Program Fee
₹4.5L Total
*Fees may vary across universities. Instalment plans shared after shortlisting.
Easy EMI Options Available
Scholarships Up to 30%
Education Loan Assistance
Our experts can guide you with the best options.
Admission
Simple steps to start your doctoral journey.
Submit your profile, academics, and intent with supporting documents.
Our panel verifies eligibility and aligns you with the right cohort format.
Discuss research interests and career goals with faculty mentors.
Receive admission decision with financing and instalment options.
Complete registration, join the cohort workspace, and start Semester 1.
Placements
Based on placement data from top institutions.
Average Salary
₹18.7 LPA
Highest Salary
₹35.0 LPA
Placement Rate
78%
Top Recruiters
200+ Companies
MBA + DBA Impact
40%+ Average salary hike
Figures are indicative and vary by cohort, institute, and reporting methodology.
Explore full salary distributions and recruiter mix in the placement report.
See how this programme stacks up against similar credentials.
| Features | You're viewingVLSI design | PhD in Management | Executive MBA |
|---|---|---|---|
| Program Level | Postgraduate | Doctoral | Postgraduate |
| Duration | 3 Years | 4–5 Years | 1–2 Years |
| Average Fees | ₹4.5L Total | Varies | ₹12 – ₹28 LPA |
| Ideal For | Working executives & leaders | Research & academia oriented | Mid-career managers |
| Focus Area | Applied research & leadership | Theory & dissertation | General management |
| Career Outcomes | Strategy, consulting, academia | Academia, research roles | Leadership, CXO track |
FAQs
Quick answers to common questions.
Yes, working professionals can pursue M.Tech VLSI through executive/part-time programs. These programs have weekend classes or hybrid delivery modes, allowing professionals to continue their jobs while studying.
GATE is mandatory for admission to IITs, NITs, IIITs, and government-funded institutions. However, many private universities conduct their own entrance exams or offer direct admission based on B.Tech performance. For executive programs, work experience is required instead of the GATE entrance exam. .
B.Tech/B.E. graduates from ECE, EEE, Instrumentation, Computer Science, or related branches with a minimum 55-60% aggregate marks can enroll for M.Tech in VLSI Design for Working Professionals. In addition to that, they need work experience in the related field.
Both ECE and EEE graduates are equally eligible for M.Tech VLSI. ECE graduates have a strong foundation about digital electronics and communication systems, while EEE students bring strong power electronics knowledge useful for analog design.
Growing opportunities with semiconductor mission, new fabs, expanding design centers of MNCs, and emerging startups. Salaries ₹8-40 LPA range.
Currently, Digital ASIC Design and Verification Engineers have highest demand volume. However, Analog IC Designers and Physical Design Engineers command highest salaries due to skill scarcity. AI accelerator design and automotive chip design are emerging hotspots.
Hybrid programs from reputed institutions (BITS WIL, IIIT Bangalore) combining online theory with on-campus lab sessions are valuable for working professionals. Pure online programs without hands-on EDA tool training have limited industry acceptance as VLSI requires practical lab work.
M.Tech VLSI is significantly more rigorous advanced device physics, complex circuit mathematics, intensive CAD tool usage, and research thesis requirements. It requires strong fundamentals, analytical thinking, and dedication. Students weak in mathematics or lacking a genuine interest in hardware should reconsider.
Yes. While hardware focus, you'll need programming for: HDL (Verilog/VHDL) for design, scripting (Python/Perl/TCL) for automation, C/C++ for verification testbenches, and MATLAB for algorithm modeling. Strong programming skills significantly enhance employability.
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