Only 3 spots left for this batch

IIT PG Diploma in VLSI
with Placement Support

Up to 18 LPA+

Your degree is not enough for VLSI jobs. Learn real tools, real workflows, and become industry-ready.

The semiconductor industry is paying ₹18–26 LPA for VLSI engineers (freshers) and actively hiring from electronics backgrounds.

This IIT Bhubaneswar PG Diploma gives you the credential and the skills to make that move in 12 months.

IIT PG Diploma in VLSI
with Placement Support
Up to 18 LPA+

Your degree is not enough for VLSI jobs. Learn real tools, real workflows, and become industry-ready.

The semiconductor industry is paying ₹18–26 LPA for VLSI engineers (freshsers) and actively hiring from electronics backgrounds.

This IIT Bhubaneswar PG Diploma gives you the credential and the skills to make that move in 12 months.

India’s #1st IIT + Industry Collaborated Program

IIT Bhubaneswar's

Post Graduate
Diploma Program

Build a high-growth career in VLSI & Semiconductor Technology with India’s most industry-focused postgraduate diploma. Learn from IIT faculty and top industry leaders with 20+ years of experience at Micron, Samsung, and ams OSRAM.

India’s #1st IIT + Industry Collaborated Program

IIT Bhubaneswar's

Post Graduate
Diploma Program

Build a high-growth career in VLSI & Semiconductor Technology with India’s most industry-focused postgraduate diploma. Learn from IIT faculty and top industry leaders with 20+ years of experience at Micron, Samsung, and ams OSRAM.

12 Months

11 Month Online + 4 Weeks on campus

INR 9,999/Month*

Easy EMI from

Upto 18 LPA

Min 7.5LPA Guaranteed CTC*

100%

Placement Support

Backed by Real Numbers, Driven by Industry Growth

Program Advantages

This PG Diploma in Semiconductor Technology & Chip Design is uniquely designed to combine the academic prestige of IIT Bhubaneswar with the real-world expertise of MOSart Labs, giving you job-ready skills, global credibility, and career acceleration in the fast-growing semiconductor industry.

$160 Billion Market by 2030

India’s semiconductor market stood at USD 38–53 billion in 2024 and is set to grow to USD 100–160 billion by 2030, expanding at 12–18% CAGR.

1.2 Million Workforce Vision

The Indian government is actively building a pipeline of 1.2 million professionals, including 275,000 chip designers by 2032.

Up to ₹80 Lakhs/Year

Earn up to ₹80 lakhs annually (~USD 93,000). Even freshers in VLSI start with packages significantly higher than average electronics graduates.

Upto 24 LPA

MOSart Labs provides placement support and Helps you land a job of min ₹7.5 LPA CTC, a safety net that very few programs offers.

IIT-Certified Diploma

Earn a Professional Diploma jointly awarded by IIT Bhubaneswar & MOSart Labs. 90% of employers value IIT-certified programs as a strong credential.

500+ Lab Hours

Practical labs using industry-grade EDA tools, you don’t just study concepts you master skills that employers test for in real-world design roles.

This is where most

ECE/EEE graduates get stuck.

You have the degree.
But companies expect real skills.

You see others getting placed.
You’re still trying to figure it out.

You studied electronics.
But you’re not sure what to do next.

You don’t want another course
that doesn’t lead to a real job.

This is exactly the gap most students face.
And this is exactly what this program is built to solve.

It builds on your electronics foundation, adds real VLSI skills using industry tools, and prepares you for actual chip design roles.

This is where most

ECE/EEE graduates get stuck.

You have a degree.
But companies expect real skills.

You see others getting placed.
You’re still trying to figure it out.

You studied electronics.
But you’re not sure what to do next.

You don’t want another course
that doesn’t lead to a real job.

This is exactly the gap most students face.
And this is exactly what this program is built to solve

This is exactly the gap most students face.
And this is exactly what this program is built to solve

Why Students Choose This Over Other Options

Mosart Labs

  • IIT Credential
  • Industry Tools
  • Placement Guarantee
  • Career Switch Friendly
  • Real Project Experience

Generic Online Courses

  • Rarely

Traditional PG/M.Tech

  • ✅ (2 yrs full-time)
  • Rarely
  • Requires quitting job
  • Limited

IIT PG Diploma

  • ✅ (12 months, online + campus)
  • ✅ Synopsys, Cadence, ARM
  • ✅ Min ₹7.5 LPA*
  • ✅ Online-first format
  • ✅ 500+ lab hours + Capstone
MOSart Labs

Why Students Choose This Over Other Options

Generic Online Courses

  • IIT Credential ❌
  • Industry Tools (Rarely)
  • Placement Guarantee ❌
  • Career Switch Friendly ❌
  • Real Project Experience ❌

Traditional PG/M.Tech

  • ✅ (2 yrs full-time)
  • Indsutry Tools (Rarely)
  • Placement Guarantee ❌
  • Requires quitting job
  • Real Project Experience (Limited)

IIT PG Diploma

  • ✅ (12 months, online + campus)
  • ✅ Synopsys, Cadence, ARM
  • ✅ Min ₹7.5 LPA*
  • ✅ Online-first format
  • ✅ 500+ lab hours + Capstone
MOSart Labs

Roadmap to Your VLSI Career.

Our PG Diploma in Semiconductor Technology & Chip Design blends strong fundamentals with cutting-edge specialization. The curriculum is designed in 6 Phases, ensuring you graduate industry-ready.

Phase 1

Launch Pad Training & Exam

Build core semiconductor fundamentals and get IIT-ready.
Qualify for the Foundation Semester through assessments.

Phase 2

Foundation Semester

Learn 5 core VLSI subjects with hands-on projects.
Strengthen fundamentals for advanced specialization.

Phase 3

2-Week Campus Immersion

Experience learning at IIT with faculty and lab exposure.
Gain industry insights and advanced technical knowledge.

Phase 4

Specialization Semester

Choose Digital, Analog, Verification, Layout or Physical Design. Complete 3 projects + 1 capstone aligned to industry tools.

Phase 5

2-Week Campus Immersion

Advanced training at IIT with mentorship and networking. Prepare for high-impact semiconductor careers.

Phase 6

Placement & Job Support

Placement training with hiring drives from top Semiconductor companies.
Job opportunities up to 18* LPA.

Who will you learn from?

Meet Our Faculty

Not professors. Engineers who’ve shipped real silicon with 25+ years of VLSI expertise.

Is This Program the Right Move for Your Career?

Fill in your details and our advisor will call you within 24 hours with a personalised career assessment, no obligation.

🔒 No spam calls. One advisor. One honest conversation.

Is This Program the Right Move for Your Career?

Fill in your details and our advisor will call you within 24 hours with a personalised career assessment, no obligation.

🔒 No spam calls. One advisor. One honest conversation.

Program Syllabus

1. Digital Design Review
  • Boolean algebra, CMOS gates
  • Sequential circuits, metastability
  • Verilog basics, FSM design
  • Test benches & verification
2. Electronic Circuit Analysis Review
  • R, L, C, diode fundamentals
  • RC, RL, RLC circuits
  • MOS as resistor/capacitor
  • Op-amp based circuits and analysis
1. Digital System Design & Synthesis
  • Combinational & Sequential logic
  • Verilog design & simulation
  • Synthesis flow, blocking vs non-blocking
  • I2C, UART protocols
  • RISC-V basics, pipelining & hazards
  • Design for Test (DFT)
2. VLSI Technology & Custom Layout
  • Semiconductor process steps
  • Photolithography, deposition, etching
  • CMP, doping, annealing
  • Device layout principles
  • LVS, DRC, DFM checks
  • Mask design interactions
3. Analog CMOS IC Design
  • MOS models & non-linearities
  • Amplifiers: cascode, differential
  • Current mirrors, voltage references
  • Op-amp, OTA design
  • Comparator design
  • Analog layout concepts
4. Digital & Mixed-Signal Verification
  • SystemVerilog for verification
  • Scoreboards, drivers, models
  • Constrained random verification
  • Functional & code coverage
  • Test bench architecture
  • Verification project
5. IC Validation Lab
  • Use of Analog Discovery-3 remotely
  • Digital communication (SPI/I2C)
  • IC measurements (variation, noise)
  • FPGA architecture basics
  • Verilog synthesis for FPGA
  • Remote FPGA testing & debugging

8 Mini Projects

Choose Any 1 Specialization
1. Digital System Design
  • SoC Digital Design
  • VLSI Physical Design
  • High-Performance Computational Design (CPU/GPU/AI accelerators)
2. Physical Design & Layout
  • Advanced Analog Layout
  • VLSI Physical Design
  • Standard Cell Design & Layout (PDK, PCell, Skill)
3. Analog CMOS
  • RF CMOS SoC Design
  • High-speed Transceiver Design
  • Power Management IC Design (PMIC)
4. Verification
  • UVM-based Design Verification
  • Advanced Verification Techniques
  • Analog/Mixed Signal IP Modelling
Capstone Project

Execute a complete full-cycle chip design project in a real industry environment

Project Kickoff

Specification Defination

Architecture

System & Block Design

Implementation

Schematic & Simulation

Integration​

Top-Level Testing

Verification

Reliability & Yield

Defense

Documentation & Review

On-Campus Immersion

(2+2 weeks across two semesters at IIT Bhubaneswar)

Program Outcomes

By the end of this program, you won’t just know the theory you’ll have industry-grade project experience that proves your skills.

Master Industry-Standard Tools

& Many more

Potential Opportunities with Top Employers

& Many more

Glimpse About Our Program

2025 Campus Immersion

Not Sure If You're Ready to Register? Talk to Us First.

Our admissions team works specifically with working professionals and career switchers. One call is all it takes to get complete clarity.

🔒 Seats are limited. Filling a form doesn't commit you to anything.

Thinking About a Career in VLSI?

Download the Full Program Brochure

Inside the brochure you’ll find: