Hi

If you’re passionate about shaping India’s semiconductor ecosystem or advancing your career in one of the world’s fastest-growing tech fields, VLSI System Design is your ultimate launchpad. Our lab-driven programs are the Bible for VLSI Freshers and Professionals—designed to turn theory into tangible skills through 100% hands-on labs.

What Makes Our Programs Unique?

1. Zero Theory, All Labs: Code RTL designs, run simulations, debug circuits, and analyze results on cloud-based lab instances.
2. Self-Evaluation: Gauge your readiness for roles in RTL design, verification, or physical design.
3. Industry-Aligned: Work on real Tapeouts, RISC-V processors (MYTH Microprocessor), opensource and Synopsys tools.

Top Programs to Accelerate Your Journey:

Semiconductors are the unsung heroes of the digital age, powering everything from smartphones to AI-driven systems. As nations race to achieve technological sovereignty, India stands at a pivotal juncture, poised to become a global semiconductor hub. To bridge the skill gap and fuel this mission, VLSI System Design is launching two transformative workshops: Digital VLSI SoC Physical Design and Semiconductor Packaging – Fundamentals of Design and Testing. These workshops aren’t just about learning—they’re about shaping the future of technology and contributing to nation-building.

1. Workshop 1: Digital VLSI SoC Physical Design – From RTL to Silicon

Enroll Now

What You’ll Learn:
This workshop dives deep into the RTL-to-GDSII (RTL2GDS) flow, the backbone of chip design. Participants will master floorplanning, placement, clock tree synthesis, routing, and sign-off using industry-standard tools like Cadence Innovus and Synopsys IC Compiler.

Hands-On Lab Highlight:

• Lab Image Spotlight: Visualize the RTL2GDS flow as you transform a Register Transfer Level (RTL) design into a manufacturable GDSII layout. The lab includes power planning, timing closure, and DRC checks, mirroring real-world chip design challenges.
• Tools: Get hands-on with EDA tools for place-and-route, sign-off and layout.

Why It Matters:
With India’s semiconductor market projected to reach $64 billion by 2026, expertise in physical design is critical. From AI chips to 5G processors, every cutting-edge technology relies on engineers who can optimize performance, power, and area (PPA).

2. Workshop 2: Semiconductor Packaging – Thermal Analysis, Design, and Testing

Enroll Now

What You’ll Learn:
Packaging is where silicon meets the real world. This workshop covers substrate design, thermal management, signal integrity, and advanced testing methodologies for packages like Flip-Chip Ball Grid Array (FC-BGA).

Hands-On Lab Highlight:

• Lab Image Spotlight: Thermal analysis of an FC-BGA package using Ansys AEDT. Learn to simulate heat dissipation and optimize package reliability.
• Create a Cross-Sectional View: Use Ansys to model and analyze semiconductor package structures, ensuring robustness against mechanical and thermal stress.

Why It Matters:
As chips shrink and power densities rise, packaging innovation is key to preventing overheating and ensuring longevity. India’s packaging and testing market is expected to grow at 15% CAGR, driven by IoT, automotive, and defense sectors.

The Future of Jobs: Why Start Now?

1. Physical Design Careers:
   1. India: Entry-level salaries range from ₹6–12 LPA, soaring to ₹20+ LPA for roles like Physical Design Engineer or CAD Manager.
   2. US: Average salaries hit 100,000–100,000–180,000, with demand surging due to the CHIPS Act.
2. Semiconductor Packaging Careers:
   1. India: Salaries start at ₹5–8 LPA, reaching ₹18 LPA+ for specialists in thermal or RF packaging.
   2. US: Roles like Packaging Engineer offer 90,000–90,000–160,000, driven by AI, automotive, and aerospace sectors.
3. Industry Growth:
   1. India’s “Make in India” and $10 billion semiconductor incentive scheme aim to create 1 lakh jobs by 2030.
   2. The US plans to invest $52 billion in domestic chip manufacturing, needing 70,000+ skilled engineers.

Nation Building Starts with You

By mastering these skills, you’re not just securing a lucrative career—you’re empowering India’s semiconductor independence. Skilled engineers reduce reliance on imports, drive R&D, and position India as a global innovation leader.

Act Now – Limited Seats!

• Workshop Dates: 9th April
• Lab Access: Use cutting-edge tools like Ansys AEDT.
• Certification: Earn industry-recognized credentials to stand out in job markets.

Register for Digital VLSI SoC Physical Design
Register for Semiconductor Packaging

Be the Architect of Tomorrow
The semiconductor revolution is here. Whether you’re designing the next billion-transistor chip or ensuring its reliability in harsh environments, your expertise will shape industries and economies. Enroll today and build the future—one transistor, one package at a time.

🚀 Lab images attached below showcase the hands-on, industry-aligned training awaiting you! 🚀