27+ Years of Industry Experience
Official Last Date – 15th May
Built by a Chip Design Company
PG Diploma in Advanced VLSI Chip Design
From Chip-to-Product. From Classroom-to-Career.
Choose your VLSI Specialization:
- Advanced RTL Design
- Advanced Physical Design
- Advanced Design Verification
10 Months
(6 Month Class + 4 Month Internship)
₹8,712/Month *
Easy EMI Option
200+Hours
of Hands-On Labs
100%
Placement Support
Why This Program Stands Out
Program Advantages
This program gives you a real competitive advantage by combining industry recognition, practical project work, and expert mentorship to ensure you gain job-ready skills, stand out to employers, and accelerate your career in IC design.
1.2M jobs by 2027
Massive demand for skilled IC designers worldwide.
₹6L – 18L Annually
High salary potential right from the start of your career.
₹4.2T Market by 2027
Huge opportunity in market with a 45% CAGR growth rate.
Industry-Endorsed Certification
Recognized by an active chip design company, not just a training institute.
Integrated Internship
4-month internship with real project experience and certification.
Hands-on Project Work
End-to-end chip design projects that mirror real industry challenges.
Our Specializations
Choose from three specialized VLSI domains and build industry-ready skills through expert-led, industry-grade training. Our practical-first approach focuses on real-world projects, hands-on learning, and industry-standard tools—not just theory.
Advanced
RTL Design
Master RTL Design using Verilog & SystemVerilog with hands-on training, real-world projects, and industry-standard EDA tools. Build synthesis-ready digital designs and become industry-ready.
Advanced
Physical Design
Master Physical Design with hands-on training, real-world projects, and industry-standard EDA tools. Learn floorplanning, placement, CTS, routing, timing closure, and chip implementation workflows.
Advanced
Design Verification
Master Design Verification using SystemVerilog & UVM with hands-on training, real-world projects, and industry-standard EDA tools. Build robust testbenches and verify complex digital designs.
A Ten Months Journey
This program blends 6 months of structured training with a 4-month internship, preparing you to work as a real VLSI engineer. You’ll start with strong foundations in Analog and Digital IC Design, move into advanced specialization, and finally execute a complete chip design project from specification to verification inside an active semiconductor company environment.
Phase 1
3 Months (Foundation)
with Course Project
Learn the core concepts of Analog & Digital Design.
Build a strong technical base for advanced modules.
Phase 2
3 Months Specialization
with Course Project
Choose your specialization: Analog or Digital. Work on a guided mini project.
Apply concepts through practical hands-on tasks.
Phase 3
4 Months (Internship Project)
Work on an advanced industry-level internship project.
Gain real semiconductor industry experience.
Phase 4
Internship Project Review
Get your internship project reviewed by industry experts.
Build real-world semiconductor industry experience.
Phase 5
(Job Interview Preparation)
Build your portfolio and attend mock interviews.
Prepare thoroughly for placement opportunities.
Phase 6
(Get Placed)
Attend interviews scheduled by our placement team.
Crack your interviews and enter the semiconductor industry.
Program Syllabus
Advanced RTL Design Course Module
RTL Design
- Digital System Design
- Verilog HDL Programming
- RTL Coding Techniques
- Combinational Logic Design
- Sequential Logic Design
- Finite State Machines (FSM)
- RTL Simulation & Debugging
- Synthesis & Optimization
- RISC-V Processor BasicsRISC-V Processor Basics
- Design for Test (DFT)
Advanced RTL Design
- SystemVerilog Programming
- SoC Architecture Design
- IP Integration Techniques
- AMBA Bus Protocols
- Pipelining & Parallelism
- Multi-Clock Domain Design
- Processor Design Concepts
- Performance Optimization
- Advanced RTL Debugging
- Industry RTL ProjectIndustry RTL Project
Advanced Physical Design Course Module
Physical Design
- CMOS Process Technology
- Layout Design Principles
- Design Rule Checking (DRC)
- Layout Versus Schematic (LVS)
- Design for Manufacturability (DFM)
- Standard Cell Libraries
- Semiconductor Fabrication Flow
- Physical Verification
- Industry EDA Tools
- Hands-on Layout Projects
Advanced Physical Design
- Floor planning Techniques
- Power Planning
- Cell Placement
- Clock Tree Synthesis (CTS)
- Signal Routing
- Static Timing Analysis (STA)
- Timing Closure
- Physical Signoff Flow
- ECO Optimization
- Industry Tapeout Project
Advanced Design Verification Course Module
Design Verification
- SystemVerilog Fundamentals
- Testbench Development
- Constrained Random Verification
- Functional Coverage
- Code Coverage
- Assertions (SVA)
- Scoreboards & Drivers
- Debug & Verification Flow
- Industry EDA Tools
- Verification Project
Advanced Design Verification
- UVM Methodology
- Advanced Verification Techniques
- Verification IP (VIP)
- Protocol Verification
- Coverage Closure
- Assertion-Based Verification
- Analog/Mixed-Signal Verification
- SoC/IP Verification
- Regression & Debugging
- Industry Verification Project
Course Projects
Choose Your Specialization(RTL Design/Physical Design/Design Verification) & Apply practical knowledge to Industry-oriented Real-world problems.
Internship 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
100+ Potential Hiring Companies
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
What you get from MOSart Labs
MOSart Semi is a new-generation IC design and product engineering company, built by semiconductor industry veterans with over five decades of combined experience at Micron, Texas Instruments, ams OSRAM, TRAM Semiconductors, and other global leaders.
- Learn directly from VLSI experts with 25+ years of industry experience.
- Get trained by professionals behind global semiconductor innovations.
- Experience real-world, employee-level chip design practices.
- Build exactly the skills top semiconductor companies demand.
- Receive mentorship tailored to high-paying VLSI careers.
- Train in a live chip design company, not just a classroom.
Unlike traditional training institutes, MOSart Labs is an active chip design company delivering real projects to global clients such as Dell, Apple, Samsung, and Tesla. This gives our students a unique edge — they learn in the same environment where world-class chips are being designed.
Check Eligibility
Who will you learn from?
Meet Our Faculty
Our founders, with 25+ years of VLSI expertise, are also your trainers.
23+ Years of Industry Experience
Have Questions? We’re Here to Help
Connect with our program advisor and get all your queries answered.
Frequently Asked Questions
How long is the program?
The program includes 6 months of intensive coursework followed by a 4-month industry internship in an IP design project.
Who is eligible for this program?
Final-year students and graduates from Electronics, VLSI, Communication, Instrumentation, or Physics backgrounds are eligible to apply.
What kind of certificate will I receive?
You will receive a Course Completion Certificate and an Internship Certificate directly from MOSart Labs, a recognized chip design company.
Do you provide placement support?
Yes. MOSart Labs provides 100% placement support, along with career guidance and interview preparation, to help you connect with semiconductor companies until you are successfully placed.
What are the payment options available?
We offer flexible EMI options starting at ₹6,250/month and limited-time scholarships to make the program affordable.
What kind of projects will I work on?
You’ll work on mini, corporate, and capstone projects covering the entire chip design cycle – from specification to silicon to system.
Is the program online or offline?
The program is fully online with 24/7 remote access to all industry-standard tools, so you can learn and practice from anywhere at any time.
Understand Your Investment
Program Fee & Scholarships
1,53,400 99,120 /-
Registration Fees
₹3,000/-
Pay Registration Fees to confirm and Secure you seat.
OneTime Payment
₹84,320/-
Opt for One – Shot Payment and
save 11,800/-
OR
Part Payments
₹87,000/-
Pay in Parts: 21,750/ – per Installment for Four Months & save 9,120/-
OR
EMI/Loan Payment
₹96,120/-
Pay in Easy EMI’s Starting from
8,712/- Per Month
Easy EMI* Starts From ₹8,712/-
Registration fees cover the Launchpad training and exam.
Enroll Now is applicable only after clearing the Launchpad exam to block your seat.
Get Started Today
Have questions? Want to know if this program is the right fit for you?
Fill out the form and our team will get in touch with you.