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IIT Jammu-M.Tech in VLSI Design (Executive)

IIT Jammu-M.Tech in VLSI Design (Executive)

Backed by India’s Semiconductor Mission. Built for Long-Term Career Growth.

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Program Highlights

No GATE Required

Executive IIT Alumni Status

Capstone Projects & Industry Assignments

Live Weekend Classes by IIT Faculty

Exclusive Mentorship by Top CXOs

Campus Immersions at IIT Jammu

Built-in Career Acceleration Track

Master Industry-Standard Tools (Synopsys, Cadence, Xilinx Vivado & more)

Electives Across AI, IoT & Automotive

**After 1 Year of completion of course, candidate become eligible for PG Diploma in VLSI Design subject to satisfactory performance.
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The Chip Crisis That Sparked India’s Biggest Tech Mission Yet

Like most things in this decade, it began in the COVID era.

Tata Motors’ electric car sales stalled at 5%—when they could’ve hit 9%. Auto production dragged for months.

0.1% of the world’s wafers, despite contributing 6.5% of global chip demand.

In 2021, the government launched the ₹76,000 crore India Semiconductor Mission

The domestic market is set to grow at 15–19.7% CAGR, reaching $80.3 billion by 2028.

Over 1 million semiconductor jobs are expected by 2026.

20 of the top 25 global semiconductor firms already operate design centers in India, giving us a powerful design edge.‍

Cadence and MeitY are working to train 85,000 engineers by 2027.

Next-gen AI systems demand advanced, custom-designed chips to operate at scale, while semiconductor workflows increasingly leverage AI

Like most things in this decade, it began in the COVID era.

Global supply chains collapsed. Demand for chips surged 13%..fueled by  online learning,remote work and a digital reset across industries.

EVs took a direct hit

Tata Motors’ electric car sales stalled at 5%—when they could’ve hit 9%. Auto production dragged for months. Smartphones and laptops ran into months-long waitlists. Even basic connectivity was at risk.

And in all of this, India had no fallback.

We made just 0.1% of the world’s wafers, despite contributing 6.5% of global chip demand.So what did we do?

In 2021, the government launched the ₹76,000 crore India Semiconductor Mission

Aiming to position India as a global hub for electronics manufacturing, with semiconductors as the foundational layer.

Projects by Micron, Tata, and Kaynes are now underway—with a combined chip output projected at 7 crore units/day. The domestic market is set to grow at 15–19.7% CAGR, reaching

Yet here’s the bottleneck: Fabs are rising faster than talent.

Over 1 million semiconductor jobs are expected by 2026. In fact, 20 of the top 25 global semiconductor firms already operate design centers in India, giving us a powerful design edge. Meanwhile, Cadence and MeitY are working to train 85,000 engineers by 2027, aligning academia with enterprise demand.

And here’s the bigger picture: Next-gen AI systems demand advanced, custom-designed chips to operate at scale

While semiconductor workflows increasingly leverage AI for layout optimization, verification, and design automation. It’s a symbiotic relationship—and one that will only deepen in the decade ahead.

This program was built to power India’s national semiconductor mission—and prepare engineers to lead it from front

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About IIT Jammu

Founded in 2016, IIT Jammu represents the new face of India’s engineering future. With a strong focus on outcomes and industry readiness, it is fast becoming a national force in semiconductor education. Its VLSI program is powered by state-of-the-art facilities like cleanrooms, electron microscopes, and real-time fabrication labs. Students gain hands-on experience with top EDA tools and future-facing domains like AI, 5G, and automotive electronics. Located in a region being pitched for semiconductor expansion, IIT Jammu is not just teaching chip design—it is shaping India’s next-generation talent for the country’s most strategic tech mission.

Director Manoj Singh Gaur
Dr. Kankat Ghosh
Prof. Ambika Prasad Shah

Director | Prof. Manoj Singh Gaur

Prof. Manoj Singh Gaur, the founding Director of IIT Jammu, holds a PhD from the University of Southampton and brings over 30 years of academic leadership. A strong proponent of India’s semiconductor self-reliance, he has led IIT Jammu’s rapid rise with a clear focus on advanced research, national relevance, and outcome-driven education.

Under his leadership, the institute launched the “Silicon Valley North” initiative—aimed at transforming Jammu into a strategic semiconductor hub through a 50-acre chip park, world-class fabrication labs, and workforce development.

Dr. Kankat Ghosh | Assistant Professor |Electrical Engineering Departmen

Dr. Kankat Ghosh is an Assistant Professor in the Electrical Engineering Department at the Indian Institute of Technology Jammu, India. He completed his Ph.D. in Electrical Engineering from IIT Bombay, and holds an M.Tech. in Radio Physics and Electronics and a B.Sc. (Hons.) in Physics from the University of Calcutta.

His research focuses on III-Nitride based optoelectronic devices, including thin film deposition, nanoelectronics, and semiconductor device modeling. He works extensively on Al(In)GaN/GaN heterostructures for IR and THz applications, with relevance to quantum cascade lasers and photodetectors.

Dr. Ghosh has published over 40 research papers and has received the INSA Visiting Scientist Fellowship for 2024–25. He is actively involved in collaborative academic initiatives and maintains strong engagement in research and development in advanced semiconductor technologies.

Program Director | Prof. Ambika Prasad Shah

An expert in radiation-hardened circuit design and low-power VLSI systems, Prof. Ambika Prasad Shah brings deep domain expertise to the M.Tech in VLSI program. With 90+ research papers and multiple patents, his work on soft error mitigation and secure chip design has earned global recognition. At IIT Jammu, he leads the VLSI program with a focus on hands-on learning, industry-grade tools, and real-world deployment—training the next generation of semiconductor engineers who are ready from day one.

The Complete Blueprint for India’s Next-Gen VLSI Leaders

The Complete Blueprint for India’s Next-Gen VLSI Leaders

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  • Build Intelligent Systems for Real-World VLSI Applications

    Master advanced VLSI workflows with direct relevance to AI, 5G, IoT, and automotive systems.

  • Gain Hands-On Experience with Industry-Standard Tools

    Train on tools like Cadence Innovus, Synopsys VCS, and Xilinx Vivado—used by global leaders like Intel and Qualcomm.

  • Apply Your Learning Through Capstone Projects

    Solve real-world problems through a 12-credit capstone project, backed by faculty and industry mentorsility.

  • Learn From India’s Leading Semiconductor Faculty

    Be mentored by IIT Jammu’s top VLSI experts—who’ve published 90+ research papers, developed India’s first radiation-hardened SRAM, and lead live DRDO and Cadence-backed projects.

  • Earn Executive M.Tech Degree With Full IIT Jammu Alumni Status-No GATE required

    Get a formal M.Tech degree from IIT Jammu and receive executive alumni privileges—including access to the institute’s industry network, alumni base, and exclusive events.

  • Experience Two Immersive Campus Visits at IIT Jammu

    Join two 5–7 day on-campus immersions every year to interact with professors, collaborate with peers, and work on chip-building simulations in real lab settings.

  • Attend Expert-Led Masterclasses Curated via IIT & Top Industry Leaders

    Gain insights through live masterclasses by experienced professionals from top semiconductor companies..

  • Study in a Fully Hybrid Format Without Leaving Your Job

    Weekend-only sessions, spread across live online lectures and self-paced learning.

Shielded by the 3D Future-Ready Framework

Design
Delivery
Direction

Design

Maps in-demand job roles, tools, and skill gaps across the global tech landscape

Recommends learning formats and depth based on enterprise outcomes

Helps shape AI-integrated VLSI electives like Automotive SoCs and Intelligent Systems with VLSI

Delivery

Live masterclasses, project case breakdowns, and use-case-driven instruction

Real examples from CXOs and Directors who've led implementation across industries

Labs and sessions aligned with actual chip design, testing, and system workflows

Direction

Personalized mentorship with portfolio reviews and 1:1 guidance

Weekly career talks on trends, product hiring patterns, and resume storytelling

Mock interviews and insider prep for landing roles at top design labs and fabs

Created by IIT Jammu faculty with VLSI experts and senior Futurense Leadership Council members

(Total: 60 Credits | Duration: 24 Months | Includes Dissertation & Campus Immersions)

Semester 1
Semester 2
Semester 3
Semester 4
Elective Courses (Select as per career track)

Semester 1

Building the Foundations

  • CMOS Digital Integrated Circuits (3 credits)

  • Advanced Digital System Design (3 credits)

  • Solid State Devices (3 credits)

  • VLSI Technology (3 credits)

  • Software Tools (1 credit)

  • Digital System Design Lab (1 credit)

  • Microelectronics Simulation Lab (1 credit)

Total: 15 credits

Semester 2

From Circuits to Systems

  • Analog Integrated Circuit Design (3 credits)

  • ASIC Design Flow (3 credits)

  • Minor Project (3 credits)

  • Elective I (3 credits)

  • VLSI Circuit Design Lab (1 credit)

  • Technical Writing and Communication (2 credits)

Total: 15 credits

Semester 3

Customization & Research Begins

  • Elective II (3 credits)

  • Elective III (3 credits)

  • Dissertation I (7 credits)

Total: 13 credits

Semester 4

Deep Research & Specialization

  • Elective IV (3 credits)

  • Dissertation II (14 credits)

Total: 17 credits

Elective Cources

Elective Courses

  • Low Power Circuits and Systems

  • Dissertation II (14 credits)

  • Physics of Transistors

  • Reliability of VLSI Circuits

  • Test & Verification of SoCs

  • Embedded System Design

  • Semiconductor Devices for High Frequency

  • Computer Architecture

  • Cyber-Physical Systems

  • Mixed Signal Circuit Design

  • Compact Modeling of Semiconductor Devices

  • MOS Device Modeling

  • Digital VLSI Architecture

  • Design for Manufacturability

  • AI and VLSI Electives (Pending Approval):

  • Intelligent Systems with VLSI

  • VLSI for Automotive Electronics

  • VLSI Design in IoT Systems

  • IC Design with Networking Protocols

  • Dissertation II (14 credits)

🧪 Hands-On Tools Covered

  • For VLSI Design & Verification: Synopsys, Cadence

  • For FPGA Design: Xilinx Vivado

  • For Simulation & Layout: Mentor Graphics, ASIC flow tools

Research & Dissertation

In Semesters 3 & 4, students work on advanced semiconductor innovation research mentored by IIT Jammu faculty—building original work in VLSI applications, design, or systems.

Get Lifetime access to alumni resources, research updates, and a growing industry network.

This curriculum is backed by Executive Alumni Status from IIT Jammu upon graduation—offering lifetime access to alumni resources, research updates, and a growing industry network.

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Turning Skill Into Salary Starts Here

Skills & Tools You’ll Master in This Mtech

Core Technical Skills
Advanced Specializations
Industry Tools & Platforms

Core Technical Skills

  • RTL Coding (Verilog, VHDL)

  • CMOS Circuit Design

  • Analog & Digital IC Design

  • ASIC Design Flow & Synthesis

  • Floorplanning, STA (Static Timing Analysis)

  • Power & Timing Optimization

  • Design for Testability (DFT)

  • Physical Design & Place-and-Route

  • Mixed-Signal Design

  • Verification with SystemVerilog/UVM

  • Semiconductor Process Awareness

  • Low-Power VLSI Design Techniques

Advanced Specializations

  • Intelligent Systems Integration

  • VLSI for Automotive Electronics

  • VLSI for IoT Systems

  • Cyber-Physical Systems (CPS)

  • Reliability Engineering

  • Embedded System Design

  • AI & ML in VLSI (select electives)

Industry Tools & Platforms

  • Synopsys VCS, Design Compiler – RTL simulation & synthesis

  • Cadence Innovus, Virtuoso – Physical Design & Analog IC Design

  • Mentor Graphics – Layout & verification

  • Xilinx Vivado – FPGA Development

  • Linux, Tcl, Python – Scripting and automation

  • EDA Workflows – Full ASIC & SoC development lifecycle

Job Role

Area of Responsibility

Salary
Company

VLSI Design Engineer

RTL coding (Verilog/VHDL), CMOS circuit design, EDA tools (Cadence Innovus), Timing/power analysis

Design microchips for IoT/automotive, Optimize layouts, Collaborate with verification teams

₹33-55 LPA

Intel India, Qualcomm, Tata Elxsi

ASIC Design Engineer

SystemVerilog/UVM, Low-power design, Floorplanning/clock tree synthesis, DFT (Scan insertion)

Develop 5G/medical ASICs, Implement power-gating, Lead physical design integration

₹33-60 LPA

NVIDIA, AMD, Samsung

Physical Design Engineer

Place-and-route optimization, DRC/LVS closure Tcl/Python scripting, 3D-IC packaging

Implement 5nm/3nm node designs, Resolve electromigration, GDSII handoff

₹40-60 LPA

TSMC, Micron, GlobalFoundries

AI Hardware Architect

Neural network accelerator design, Tensor core optimization, HBM integration, Chiplets/wafer-scale engineering

Design AI inference chips, Optimize matrix units, Implement sparsity-aware architectures

₹60-85 LPA

Cerebras, Groq, Tesla

Automotive SoC Engineer

ISO 26262 functional safety, Automotive Ethernet/IP, Thermal simulatio, AEC-Q100 qualification

Develop ADAS chips, Implement fail-operational systems, EMI/EMC compliance testing

₹1.2-2.4 Cr

Bosch, Continental, Tata Motors

DFT Engineer

MBIST/Scan compression, JTAG/IJTAG protocols, Silicon bring-up/debug, Yield analysis

Achieve >98% test coverage, Develop repair strategies, Correlate ATE results

₹40-60 LPA

ASE Group, Amkor

Verification Engineer

SystemVerilog/UVM, Formal property checking, Coverage-driven methodology, Emulation (Palladium/Zebu)

Create testbenches, Debug X-propagation, Develop AI-based agents

₹40-60 LPA

Cadence, Siemens EDA

IoT Solutions Architect

Heterogeneous sensor fusion, LPWAN protocols, Edge AI deployment, Cybersecurity (PSA Certified)

Design smart city solutions, Optimize energy harvesting, Lead TEC compliance

₹27-42 LPA

Cisco, Siemen

Quantum Hardware Engineer

Cryogenic CMOS design, Qubit control systems, Superconducting RF circuits, Error correction architectures

Develop 4K/20mK systems, Characterize coherence times, Integrate photonic interconnects

₹60-90 LPA

ISRO, DRDO

EDA Tools Developer

Python/C++, CAD tools development, Algorithm optimization, Machine learning integration

Develop design automation tools, Create optimization algorithms, Implement AI-driven features

₹55-70 LPA

Synopsys, Cadence

Disclaimer: Futurense does not guarantee job placement or specific salary outcomes. Final roles and compensation depend on factors like prior experience, skill level, job location, employer, and industry trends.

Is this for you?

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Educational Qualification

Bachelor’s or Master’s degree in:

  • Electronics & Communication (ECE)

  • Electrical Engineering (EE)

  • Electronics & Telecommunication (ETC)

  • Computer Science, or Physics

  • Or any closely related field

Academic Performance

  • Relaxed to 55% or 5.5 CGPA for candidates with 2+ years of work experience

Work Experience

  • Minimum 2 years of full-time, post-qualification work experience is mandatory

Ideal Candidate Profile

  • Looking to upskill in VLSI, AI-integrated chip design, and intelligent systems

  • Eager to explore careers in semiconductors, automotive electronics, or embedded systems

  • Ambitious to build a stable, high-growth career path in one of the world’s fastest-growing sectors

  • Comfortable with digital logic, semiconductor fundamentals, or HDL (Verilog/VHDL)—or willing to learn on the go

  • Detail-driven thinkers who enjoy working at the intersection of hardware and software

Investment

  • One Time Payment - 4.49 Lacs
    ‍Consolidated Payment - No refund
    Registration Fee : ₹10,000     (Included in the overall program fees)

  • Or

  • Year 1 - ₹3,37,000 (Includes a ₹10,000 registration fee)
    Year 2 - ₹1,81,000

  • Note: Additional ₹15,000 for each campus immersion.
    Examination fees of ₹500 per credit, amounting to ₹17,500 for 35 credits over the entire duration of the program, will be collected directly by IIT Jammu.

Industry Professionals Welcome

This program is tailor-made for full-time engineers and upskilling candidates—no GATE required

Apply Now

Your Step-by-Step Route to IIT Jammu

Apply Now

Step 1

Submit Your Application

Fill out the online application form through the website. Make sure your details and supporting documents are in order.

Step 2

Appear for Pre-Screening Test

Take a 90-minute online test designed to assess your aptitude in logic, electronics, and engineering fundamentals.

📄 Sample Test & Mock Link Available Upon Registration

Step 3

Pay Application Processing Fee

₹10,000 (Fully refundable if not selected. Non-refundable post acceptance.)

Step 4

Attend the Screening Interview

Shortlisted candidates will be invited for a 1:1 interview with the academic panel.

Step 5

Receive Your Offer Letter from IIT Jammu

If selected, you will get an official offer of admission from IIT Jammu.

Step 6

Complete Your Payment & Begin the Bridge Course

Pay the program fee or first installment. Start with the Futurense Bridge Course to build strong foundational knowledge before the main program begins.

Step 7

Start Your Executive M.Tech Program

Classes commence in July 2025 (Tentative)—live, online, and backed by two on-campus immersions at IIT Jammu.

Join India’s Semiconductor Vanguard

Begin your journey to India’s semiconductor frontline with IIT Jammu.

Apply Now

We’ve created a focused guide to help you crack the interview like a pro.

Download the Interview Prep Playbook

Why VLSI Is the Most Stable Engineering Career of the Next Decade

India Is Building an Industry from the Ground Up

Semiconductors are India’s next sunrise sector—with $10B+ investments into fabs, design labs, and ATMP units. While other tech sectors mature, VLSI is just beginning its growth curve—offering ground-floor opportunities for engineers.

5x More Jobs Than AI

While AI continues to create high-impact roles in research and deployment, semiconductor growth is unlocking a broader talent demand across the entire engineering pipeline. From chip design and verification to manufacturing, packaging, and testing—VLSI opens opportunities for both freshers and experienced professionals, across multiple domains and skill levels.

Global Supply Chain Shift Is India’s Gain

With the world rethinking chip supply chains, India is fast becoming a preferred design and manufacturing destination—creating sustained, cross-border career demand.

A Strategic, Government-Backed Sector

Chips are essential to defense, telecom, mobility, and consumer tech. That makes VLSI a sector of national interest, backed by long-term public and private investment.

Infrastructure-Led Career Stickiness

Once fabs, labs, and packaging plants are built—they generate stable jobs for decades, unlike cyclical tech roles driven by trends or platforms.

Learn from the Futurense
Leadership Council

Get industry insights and mentorship directly from an exclusive community of AI experts and CXOs from MAANG companies and Fortune 500s. 
Pankaj Rai
Group Chief Data and
Analytics Officer
Tushar Sahu
Director
Engineering
Vishal Nagpal
Data Science and
Analytics Leader
Ishu Jain
Head of
Analytics
Kaushik Das
Managing
Director
Shrisha Ray
Director of
Engineering
Divesh Singla
Head  APAC & Managing Director India & Philippines
Ruchika Singh
Director , Data Science
& Insights
Arvind Balasundram
Executive Director, Commercial Insights & Analytics
Indrani Goswami
Director of
Analytics
Saurabh Kumar
Director - Data
Engineering
Saurabh Agarwal
Chief Executive
Officer
Supria Dhanda
Co-Founder & Managing
Partner
Ankit Mogra
Director - BI &
Analytics
Ashish Dabas
Vice
President
Nitin Srivastava
Data & Analytics
India Lead
Anupam Gupta
VP Enterprise Data and
Analytics
Muthumari S
Global Head of Data &
AI Studio
Anand Das
Chief digital & AI Officer: Engineering
Aditya Khandekar
President
‍
Satyakam Mohanty
Founder & Managing
Partner
Sharmistha Chaterjee
Vice President - Data and AI Shared Capabilities
Anirban Nandi
Head of AI Products & Analytics (Vice President)
Monica S Pirgal
Managing Director &Site head - Board member
Sumon Mal
Head of
Engineering
Srini Oduru
Head of IT Delivery and Operations
Alok Tiwari
Vice President -
Data
Akshay Kumar
Research & Analytics
Leader
Deepa Mahesh
Head of Strategy & Operations, Board Member
Swati Jain
Partner - Digital, AI &
Analytics
Krithika Muthukrishnan
Chief Data Science
Officer
Tushar Chahal
Chief Technology
Officer
Sulabh Jain
Chief Analytics
Officer
Aneel kumar
Global Chapter Leader - ICSS, DD&T
Arpit Agarwal
Head of Data Science and Analytics
Bhairav M
Senior Manager Data Science and Product Management
A V Rahul
Director,
Analytics
Madhu Hosadurga
Global Vice President,
Enterprise AI
Ashish Dabas
Vice
President
Nitin Srivastava
Data & Analytics
India Lead
Anupam Gupta
VP Enterprise Data and
Analytics
Muthumari S
Global Head of Data &
AI Studio
Anand Das
Chief digital & AI Officer: Engineering
A V Rahul
Director,
Analytics
Madhu Hosadurga
Global Vice President,
Enterprise AI
Aditya Khandekar
President
‍
Pankaj Srivastava
Partner
‍
Satyakam Mohanty
Founder & Managing
Partner
Sharmistha Chaterjee
Vice President - Data and AI Shared Capabilities
Anirban Nandi
Head of AI Products & Analytics (Vice President)
Monica S Pirgal
Managing Director &Site head - Board member
Sumon Mal
Head of
Engineering
Pankaj Rai
Group Chief Data and
Analytics Officer
Vishal Nagpal
Data Science and
Analytics Leader
Tushar Sahu
Director
Engineering
Ishu Jain
Head of
Analytics
Kaushik Das
Managing
Director
Shrisha Ray
Director of
Engineering
Divesh Singla
Head  APAC & Managing Director India & Philippines
Ruchika Singh
Director , Data Science
& Insights
Arvind Balasundram
Executive Director, Commercial Insights & Analytics
Indrani Goswami
Director of
Analytics
Saurabh Kumar
Director - Data
Engineering
Saurabh Agarwal
Chief Executive
Officer
Supria Dhanda
Co-Founder & Managing
Partner
Ankit Mogra
Director - BI &
Analytics
Srini Oduru
Head of IT Delivery and Operations
Alok Tiwari
Vice President -
Data
Akshay Kumar
Research & Analytics
Leader
Deepa Mahesh
Head of Strategy & Operations, Board Member
Swati Jain
Partner - Digital, AI &
Analytics
Krithika Muthukrishnan
Chief Data Science
Officer
Tushar Chahal
Chief Technology
Officer
Sulabh Jain
Chief Analytics
Officer
Aneel kumar
Global Chapter Leader - ICSS, DD&T
Arpit Agarwal
Head of Data Science and Analytics
Bhairav M
Senior Manager Data Science and Product Management
Saurabh Agarwal
Chief Executive
Officer
Supria Dhanda
Co-Founder & Managing
Partner
Ankit Mogra
Director - BI &
Analytics

Success stories

"Enrolling in the IIT Jammu's VLSI program through Futurense was a game-changer for me. The curriculum is incredibly well-structured, and I've gained a deep understanding of complex VLSI concepts. The hands-on projects really solidified my learning, and I feel much more confident in my abilities. This program is truly preparing me for a successful career in VLSI."

Chathurajupalle Krishna Vardhan

Hardware Engineer at Kinara AI

"As an RF Design Engineer, I was looking to expand my expertise into VLSI, and the IIT Jammu program has been exceptional. It's fascinating to see how my existing knowledge integrates with what I'm learning here. The faculty is fantastic, and I'm genuinely impressed by how much I've grown technically. I highly recommend this program to anyone serious about VLSI."

Akshay Siva G S

RFIC/MMIC Design engineer

"The IIT Jammu VLSI program has exceeded all my expectations. The way complex topics are broken down makes them easy to understand, and the practical application is immense. I've developed a strong foundation in VLSI design, and I feel incredibly well-equipped for the industry. This degree has truly empowered my career aspirations."

Anjali Singh

Position, Company name

"I'm really enjoying my experience with IIT Jammu. The learning environment is incredibly supportive, and I appreciate the dedicated guidance from the instructors. I've gained so much practical knowledge and problem-solving skills that are directly applicable to the VLSI field. It's an intensive but incredibly rewarding journey."

Naveen Dasari

Position, Company name

"Having been in the semiconductor industry, I can confidently say that the IIT Jammu's VLSI program offers highly relevant and in-depth training. It's been instrumental in updating my skills and knowledge with the latest industry standards. The program's practical focus ensures that what I'm learning is directly applicable, making it an invaluable experience for my career progression."

Rakesh Tripathi

Specialist @ ERICSSON | MTech IIT Jammu

"Joining the IIT Jammu's VLSI program was one of the best decisions I've made. The course content is comprehensive, and the practical exercises have been crucial for my understanding. I feel a significant improvement in my technical skills and confidence. This program is definitely setting me up for a bright future in the VLSI industry."

Gaurav Dhiman

Senior Engineer specializing in VLSI Design at Quest Global Pvt Ltd

"Coming from an electronics background, I always wanted to enter core VLSI roles, but never had the right pathway. This program by IIT Jammu is not just teaching concepts — it's giving me confidence to compete with the best."

Dheeraj Muthukrishnan

Senior Engineer Staff Validation Engineer, Insemi Technology in VLSI Design at Quest Global Pvt Ltd

"In my friend circle, I was the only one still stuck in support roles. This program gave me a shot at a design-oriented future. The exposure to real chip-level projects has been the best part of this journey."

Sangamanath Malaji

VLSI Design Engineer, HCLTech

Engineer What the World Runs On—From AI to EVs, It Starts with You.

Step into the most stable, high-growth engineering career of the decade—backed by India’s Semiconductor Mission and designed for global industry impact.

Apply Now

Frequently Asked Questions

Program Overview & Eligibility
Learning Format, Faculty & Pedagogy
Curriculum & Tools
Career Pathways & Outcomes
Financials & Support

  • What is M.Tech in VLSI Design (Executive) program all about?

    Our Executive M.Tech in VLSI program combines VLSI Design with Artificial Intelligence and Intelligent Systems. It's all about preparing students to be creative at the crossroads of hardware and the latest AI tech. It covers advanced topics like CMOS Digital Design, Analog Integrated Circuit Design, Microelectronics, VLSI Fabrication Technology, ASIC Design Flow, and the application of AI in enhancing semiconductor technologies.

  • Why is M.Tech in VLSI Design (Executive) program significant today?

    In today's world, AI is changing the game, however this need hardware to work on , that hardware is design and fabricated using VLSI Technology. Our integrated approach gives professionals the know- how to create clever, effective VLSI systems. And right now, the demand for AI-powered solutions is soaring in consumer electronics, automation, and IoT. So, mastering in this field now sets you up for success.

  • How does M.Tech in VLSI Design (Executive) program differ from other technology programs?

    Our program stands out because it blends two different worlds: VLSI's hardware focus and AI's software perspective. It's a unique mix that's perfect for anyone who wants to lead the way in smart electronics, and using AI in hardware design. We're all about giving you the skills you need to make ground-breaking innovations.

  • Who is eligible for the M.Tech in VLSI Design (Executive) program?

    Eligibility for our program is open to graduates who have a solid background in electronics, electrical engineering, or computer science, and who are interested in using AI to enhance VLSI design. This program is especially tailored for individuals aiming to advance their skills in both developing and applying intelligent microchip technologies.

    ‍

    To be eligible:

    • BE/B.Tech/M.Sc. in ECE, EE, ETC, CSE, Physics, or a related field
    • Minimum 60% or 6 CGPA in Under-Graduation or Post-Graduation (55% or 5.5 for candidates with over 10 years of work experience)
    • Minimum 2 years of full-time work experience is required.

  • When does the application process for the M.Tech in VLSI Design(Executive) program?

    The application process for the M.Tech in VLSI Design (Executive) program is now open! There are limited seats available, apply now to secure your spot!

  • What is the program's fee, and what financing options are available?

    • The program fee is ₹1.40 lakhs + 18% GST.
    • Loan option includes a 5–10% subvention for eligible students
    • Campus immersion (optional): ₹10,000 + taxes

  • Is there a selection process?

    Yes. Admission to the program requires clearing a pre-screening exam and meeting the eligibility criteria

  • What are the documents to be submitted for application?

    While the exact list is not provided for this program, similar IIT Roorkee programs typically require:

    • Application form
    • ID proof
    • Educational certificates (Class 10th, 12th, Graduation)
    • Work experience certificates (if applicable)
    • Passport-size photograph

    ‍

    Note: The same may apply unless otherwise stated

  • Will there be any pre-screen exams for enrolling in the Program?

    Yes. Clearing the pre-screen exam is mandatory to be eligible for admission

  • Should I have experience in coding to qualify the pre-screening exam?

    No. Programming knowledge is not mandatory, thought having programming knowledge is beneficial. Futurense provides a Bridge Course covering Python basics, prompt engineering, and AI tool usage to help bridge the gap before the actual course commencement

  • Upon completing this Executive M.Tech degree, will I earn the right to be calledan IITian?

    Absolutely, graduates of the M.Tech (Executive) program in VLSI Design from IIT Jammu are proudly recognized as IITians. They become part of a prestigious community of alumni celebrated worldwide for their outstanding achievements and contributions.

  • Is the M.Tech in VLSI Design from IIT Jammu considered equivalent to other full- time IIT programs in the same field?

    Absolutely. The Executive M.Tech program at IIT Jammu is designed to meet the same rigorous academic and research standards as other full-time IIT programs, ensuring a comparable level of excellence and recognition.

  • Are the courses in this Executive M.Tech program conducted by the faculty fromIIT Jammu?

    Yes. The Executive MTech in VLSI Design with AI and Intelligent Systems is taught by the distinguished faculty of IIT Jammu, ensuring high-quality education and exposure to cutting-edge research.

  • Could you explain what Campus Immersion involves in the context of this Executive M.Tech program?

    Campus Immersion is a unique component of the program that invites students to
    experience life on the IIT campus, engage in intensive learning sessions, and network with peers and faculty, enriching their educational journey.

  • For students coming from other states, does IIT Jammu offer hostel
    accommodations during the Campus Immersion period?

    IIT Jammu aims to offer hostel accommodations for outstation candidates during Campus Immersion, depending on availability. We strongly encourage students to plan ahead and make arrangements in advance to ensure a pleasant and comfortable stay during their time on campus.

  • Is participation in campus immersion mandatory?

    Candidates are required to visit the IIT Jammu campus as part of the program. Four slots will be available throughout the course duration (two slots each year). Each student must visit the campus once in the first year and once in the second year, choosing from the two available slots each year.

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    Note: Students will bear their own travel and lodging/boarding expenses for these campus visits.

  • What are the benefits of attending the campus immersion?

    During the immersion, attendees can take advantage of various benefits, including:

    • Specialized workshops tailored to enhance their skills and knowledge
    • One-on-one consultations with faculty members for personalized guidance and support.
    • Networking opportunities to connect with peers and industry experts, fostering valuable relationships
    • Access to on-campus resources and facilities, providing a conducive environment for learning and collaboration.

  • Is there an additional cost associated with campus immersion?

    Yes, there is an additional fee of ₹15,000 rupees each immersion.

  • What activities are included in the campus immersion program?

    During the campus immersion, you can expect a range of activities like hands-on workshops, insightful guest lectures, group projects. These experiences help you grasp the subject better and make meaningful connections with others.

  • What unique advantages does the M.Tech in VLSI Design (Executive) offer?

    • Join the esteemed IIT Alumni Network: Become part of the globally recognized IIT alumni community, opening doors to endless opportunities.
    • Experience Campus Life: Immerse yourself in a vibrant 5-7 days on-campus journey at IIT Jammu, enriching your educational experience.
    • Earn More Than a Certificate: Gain an academic degree that signifies deep expertise and practical knowledge, setting you apart in the industry.
    • Industry-aligned Curriculum: Explore a curriculum designed to meet industry needs, blending core VLSI and AI principles with elective modules curated by IIT faculty.
    • Guidance from Industry Leaders: Benefit from mentorship provided by seasoned professionals and experts from top tech companies.

  • What is the admission process for the Executive M.Tech program?

    • Your application documents are carefully reviewed.
    • Appear for pre-screening test.
    • Pay application fees.
    • Your academic, work experience and entrance exam scores are considered during selection process.
    • Appear in Interview with IIT Jammu Faculty.
    • If selected, you will receive an offer letter from IIT Jammu.
    • Complete the necessary formalities, you will be officially enrolled.

  • What documents are required for the application?

    To complete your application, you'll need the following documents:

  • What is the structure of pre-screening tests for admission into the program?

    The pre-screening test assesses their comprehension of fundamental concepts in Analog and Digital Electronics, VHDL, and Logical Reasoning. To be eligible for the program, applicants must achieve a minimum score of 50% in this test.

  • Do I need coding experience for the pre-screening exam?

    Yes, a fundamental knowledge of coding, particularly in VHDL for VLSI design, is required to successfully pass the pre-screening exam.

  • When are the classes scheduled to begin?

    The program is set to commence tentatively in 7th August, 2025 (Tentative).

  • What are the class schedules?

    Classes are scheduled on Saturdays and Sundays from 8:30 AM to 2:40 PM; approximately 5–6 hours each day.

  • How are examinations administered?

    • Minor examinations are conducted online, with proctoring measures in place to ensure integrity. The sessions are recorded for monitoring purposes.
    • Major exams are conducted offline and are conducted at designated centres in various cities, as well as at IIT Jammu.

  • What is the role of the Bridge Course in this Executive M.Tech program?

    The Bridge Course serves as a preparatory program designed to equip you with the foundational knowledge necessary for the Executive M.Tech curriculum. Prior to commencing the core classes, you ll engage in modules covering

    • Semiconductor Basics
    • Analog Electronics
    • Digital Electronics
    • HDL Fundamentals

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    This ensures that you re well prepared to excel in the VLSI Design with AI and Intelligent Systems program.

  • How will an M.Tech in VLSI Design (Executive) from IIT Jammu enhance my career prospects?

    Completing the M.Tech in VLSI Design (Executive) with from IIT Jammu can significantly boost your career prospects, with anticipated salaries typically ranging from 10 LPA to 40 LPA upon graduation from the program.

  • What is the Fees of the Program?

    • The program fee is ₹4,99,000, and additional ₹5,000 for each campus immersion.
    • Provision will also be available on request for payment in 2 parts
      1. ₹3,19,000 at the beginning of year 1
      2. ₹2,19,000 at the beginning of year 2
    • Registration Fee ₹10,000 and Exam Fee ₹10000 each year (included in overall program fees)*

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    *Non Refundable. If the Application is not accepted by IIT Jammu or by Futurense, this amount will be deducted in full. However, if the after acceptance of the Application, the student withdraws or drops out, for any reason whatsoever, this amount is strictly non- refundable.

  • Can I self fund this program?

    Of course, if your family is funding you or you have your own savings, you should certainly self fund a portion/whole of the course fees.

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