The talent GAP is real.
India's semiconductor market is projected to cross $1000 billion by 2030, driven by AI, automotive electronics, and consumer devices. The government has already committed over $10 billion to build a domestic semiconductor ecosystem.
Despite this growth, India is expected to face a shortage of 800,000 to 1 million skilled semiconductor professionals over the next decade. India produces 1.5 million engineers annually, yet the semiconductor sector still can't find job-ready talent.
Fresh graduates require 12-18 months of company-sponsored training to achieve baseline proficiency in traditional VLSI, with AI-enabled tool chains further extending the training duration and complexity.
This vision forms the driving force behind the establishment of VLSI School, delivering rigorous, industry-aligned training.
The chip that powers the AI Revolution
The chip layer is the non-negotiable foundation — it's where VLSI engineers operate and where every AI breakthrough begins.
Without advanced chips, the entire AI stack becomes slow, inefficient, and economically unviable. This is where VLSI engineers change the world.
How can we BRIDGE the gap
Course content designed by experienced Professionals.
The content refined and delivered by industry experts.
Strong focus on architecture-driven, design-oriented training.
Empowering young minds in chip design.
Our 7 key strategies for bridging the gap
Industry-Aligned, Skill-Oriented Courses
Continuously updated in close collaboration with VLSI industry partners to ensure seamless alignment with the latest tools, process nodes, and in-demand skills.
EDA Tool Access
Hands-on access to Cadence, Synopsys, and Siemens EDA tools in a supervised lab environment — the same tools engineers use at Intel, Qualcomm, Texas Instruments, and Samsung Semiconductors.
Project-Based Learning
Every student completes projects: from specification, RTL coding through synthesis, physical design and Physical Verification, sign-off, and building a portfolio that speaks directly to interviewers.
Mentorship by Industry Practitioners
Training delivered by working VLSI engineers with more than 5 years of industry experience at companies such as Synopsys, Cadence, Qualcomm, AMD, and Global Foundries.
Placement & Interview Preparation
Dedicated mock technical interviews, HR sessions, aptitude preparation, and live company referrals. A placement cell actively maps each student's profile to open roles at partner companies.
Accessible & Regional Reach
Located in Kakinada; the heart of coastal Andhra Pradesh. VLSI School reaches aspirants from Tier-2 and Tier-3 cities. Offers online, offline, and hybrid learning modes — globally accessible.
Learn-by-Doing Pedagogy
Every aspect of our curriculum, scheduling, and assessment architecture has been designed around the principle of Learn-by-Doing — ensuring that each concept taught in a lecture is immediately applied in a laboratory session, consolidated through a mini-project, and validated through industry-style evaluation.
"We don't teach students about chips. We teach students to design chips."
— VLSI School Academic Charter
VLSI School Learning Pyramid
A structured, outcome-focused curriculum from foundational concepts to advanced synthesis, built to produce industry-ready engineers.
12 Flagship Courses
ASIC RTL Design
ASIC Verification
ASIC RTL Design and Verification
Prototyping with FPGA
DFT – Design For Testability
PD – Physical Design
Protocols
STA – Static Timing Analysis
CDC – Clock Domain Crossing
RISC-V – Computer Architecture
Scripting
VLSI with AI
What Our Clients Say About Us
B. Yajna Sri
Aditya College of Engineering and Technology · II Year · Surampalem
Informative SystemVerilog training
“I found the 15-day SystemVerilog training to be very informative and useful. Throughout the program, I gained a better understanding of digital design and verification concepts. The sessions covered important topics such as RTL coding, procedural blocks, interfaces, assertions, constrained random verification, coverage techniques, and testbench creation. The practical implementation of the FIFO project helped me improve my coding skills and understand real-time industry practices. Overall, this training has increased my confidence in SystemVerilog and provided a strong foundation for a career in ASIC design and verification. Thank you for this wonderful learning opportunity.”
