INITIALIZING CHIP DESIGN PLATFORM...

🏠 Home ⚡ Front-End VLSI 🔧 Back-End VLSI 🎛️ Analog Layout 🧩 System Modelling 🏛️ Architecture 💻 Scripting 🖥️ Labs & Tools 🎯 Placement 📖 About Us 📞 Contact / Demo
Book Free Demo →
INDIA'S INDUSTRY-READY VLSI TRAINING ACADEMY

Master VLSI Design RTL to GDSII Front-End · Back-End · Physical Design · Verification

India's most industry-aligned semiconductor training ecosystem. Train under chip design Experts with hands-on EDA lab access, real tapeout projects, and guaranteed placement support.

SEMICON GURUKULTM VLSI DESIGN
RTL Design
SystemVerilog
Floorplan
STA
UVM
DRC/LVS
RTL Design
Verilog / SystemVerilog
UVM Verification
Floorplanning
Static Timing Analysis
Physical Design
GDSII Signoff
DRC / LVS
Cadence Genus
Synopsys ICC2
Primetime STA
Mentor Calibre
Clock Tree Synthesis
IR Drop Analysis
RTL Design
Verilog / SystemVerilog
UVM Verification
Floorplanning
Static Timing Analysis
Physical Design
GDSII Signoff
DRC / LVS
Cadence Genus
Synopsys ICC2
Primetime STA
Mentor Calibre
Clock Tree Synthesis
IR Drop Analysis
// INDUSTRY OPPORTUNITY

Why VLSI is India's Biggest Tech Opportunity

India's semiconductor design sector is poised for exponential growth. Over 20% of global chip design work already happens in India — and the demand is only accelerating.

$150BGlobal Semiconductor Market by 2030
85K+VLSI Engineers Needed in India (2025-28)
₹18 LPAAverage Starting Package (VLSI)
300+Semiconductor Design Centers in India
40%YoY Growth in VLSI Job Postings
// PROGRAMS

Industry-Aligned VLSI Programs

⚡
// VLSI FRONT-END
RTL Design & Functional Verification
From specification to simulation. Master RTL design, advanced SystemVerilog, UVM methodology, and functional coverage for complex SoC designs.
Verilog SystemVerilog UVM Assertions CDC/RDC
📅 6–8 Months 🎓 Beginner → Expert
🔧
// VLSI BACK-END
Physical Design & Implementation
RTL to GDSII mastery. Floorplanning, placement, CTS, routing, STA, and full physical verification flow for production-grade chip delivery.
Floorplan CTS STA DRC/LVS IR Drop
📅 6–8 Months 🎓 Intermediate → Expert
🧩
// SYSTEM MODELLING
SystemC, TLM-2.0 & Virtual Platforms
Model hardware systems at transaction level before RTL exists. Master SystemC TLM-2.0, build SoC virtual platforms, solve real design problems in SystemC, and simulate RISC-V using open-source tools like QEMU and Spike.
SystemC TLM-2.0 Fast Models QEMU ESL Design
📅 4–5 Months 🎓 Intermediate → Expert
🏛️
// ARCHITECTURE
RISC-V & GPU Architecture
Deep dive into modern processor and accelerator architecture. Master RISC-V ISA, pipeline design, GPU micro-architecture, SIMT execution, and memory hierarchy — the skills used by architecture teams at NVIDIA, ARM, and Intel.
RISC-V ISA Pipeline Design GPU Micro-arch SIMT Memory Hierarchy
📅 4–5 Months 🎓 Intermediate → Expert
🖥️
// EDA LABS
Hands-On EDA Lab Access
Industry-standard EDA tools from Cadence, Synopsys, and Siemens. Remote cloud lab access, real project tapeouts, and guided lab sessions.
Cadence Synopsys Siemens EDA Linux
🔬 Real EDA Tools ☁️ Remote Access
💻
// SCRIPTING & AUTOMATION
Linux, Perl, TCL/TK & EDA Automation
Master the scripting backbone of every semiconductor company. Linux workflows, Shell & Perl automation, TCL for EDA tools, TCL/TK GUIs -- the skills every VLSI engineer uses daily.
LinuxShellPerlTCL / TKEDA Automation
📅 3-4 Months 🎓 Beginner to Expert
// CHIP DESIGN JOURNEY

The Complete Chip Design Flow

You'll learn every stage of the silicon design pipeline — from specification to GDSII tapeout.

Specification
→
RTL Design
→
Simulation
→
Synthesis
→
Floorplan
→
Placement
→
CTS
→
Routing
→
Signoff
→
GDSII 🎉
// WHY SEMICON GURUKULTM

Engineered for Real Industry Success

🏭
Industry Experts as Mentors
Learn from engineers with 10–20 years in leading semiconductor companies.
🔬
Real EDA Tool Access
Hands-on access to industry-standard EDA toolchains — not toy simulators.
📁
Industry-Like Chip Projects
Work on real chip design problems. Build a portfolio with verified RTL and physical design deliverables, reflecting industry-style execution and timelines recruiters value.
🎯
Placement-First Approach
Dedicated placement cell, mock interviews, resume reviews, and direct access to 48+ hiring semiconductor companies.
📡
Remote Lab Access
24/7 cloud-based EDA lab access from anywhere in India. No need to relocate — learn from your city.
// HIRING PARTNERS

We are Dedicated to get our Trained Engineers get Placed at Top Companies

// FAQ

Frequently Asked Questions

Who is this training suitable for? +
Our programs are designed for B.Tech / M.Tech / B.E. graduates in ECE, EEE, EE, and CS. We also accept students who are in their final year. Some advanced modules require basic electronics and digital logic background, but we offer a digital foundations bootcamp for those who need it.
Do I need prior VLSI knowledge? +
No! Our Front-End program starts from absolute basics — Verilog syntax, digital design fundamentals — before advancing to SystemVerilog and UVM. For Back-End, basic CMOS knowledge helps but is not mandatory. We provide pre-course preparation material for all enrolled students.
What EDA tools will I get access to? +
Enrolled students get cloud-based access to industry-standard EDA tools including Cadence Xcelium for simulation, Synopsys VCS, Cadence Genus for synthesis, Synopsys ICC2 for physical design, and Cadence Tempus / Synopsys Primetime for STA. Linux environment access is provided 24/7.
What is the expected salary after placement? +
Our placed students typically receive offers between ₹6 LPA to ₹22 LPA depending on prior experience, company, and role. Freshers with strong RTL/PD skills average ₹8–12 LPA. With 2 years of relevant work (internship + training) some students have received ₹18–22 LPA offers.
Do you provide placement guarantee or assistance? +
We provide 100% placement assistance. We also helps with resume building, soft skills, and conducts multiple mock technical interviews to make you industry-ready.
What is the duration of the training programs? +
Our comprehensive programs—such as Advanced ASIC Verification and Physical Design—typically span 4 to 6 months. This timeline includes intensive theory sessions, exhaustive daily labs, mini-projects, and a final industry-standard major project.
Will I get to work on real-time industry projects? +
Absolutely. Practical exposure is the core of our curriculum. Front-end students verify standard protocols like AMBA APB/AHB, AXI, I2C, or SPI. Back-end students work on sub-7nm technology nodes handling complex macro blocks from floorplanning to final tape-out sign-off.
Who are the trainers for these programs? +
All our instructors are working professionals and industry veterans with 8 to 15+ years of experience in top semiconductor companies. This ensures that you are learning current, practical methodologies rather than just academic theories.
Which should I choose: Front-End (Verification) or Back-End (Physical Design)? +
It depends on your interests! If you enjoy coding, logic puzzles, and finding bugs, Front-End (RTL Design/Verification) is a great fit. If you prefer visual problem-solving, electronics physics, handling constraints, and layout optimizations, Back-End (Physical Design/STA) is the way to go. We offer free career counseling sessions if you are unsure.
Do I receive a certificate upon completion? +
Yes, upon successful completion of the coursework, passing the internal assessments, and finishing your major project, you will receive an industry-recognized certification that adds significant value to your resume.