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From RTL to GDSII. Structured learning paths, real EDA tool workflows, and a community of chip design engineers in India.
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OpenLane RTL-to-GDS
₹1,999₹999Full RTL to GDSII flow using OpenLane on a real design, step by step.
Interview Bootcamp
₹499₹29990+ real interview questions with detailed answers across PD, Synthesis, STA, and PV.
Fresher Pack
₹299₹199Complete beginner roadmap for VLSI freshers, with an 8-week structured study plan.
Resume Tips
₹199₹99VLSI-specific resume template, section by section, with an ATS checklist.
Career Starter Bundle
Interview Bootcamp + Fresher Pack + Resume Tips — everything you need to crack your first VLSI role, bundled at a lower price.
Why SiliconPath
Real tool workflows
ICC2, Fusion Compiler, PrimeTime, Design Compiler. The flows you will actually run on the job, not toy simulators.
Structured curriculum
Paths designed by working PD engineers. Each module builds on the last, from floorplan to signoff.
Community
Ask a question and get an answer from engineers doing this work at Qualcomm India, Intel India, and MediaTek.
Engineers trust SiliconPath
Used by 300+ VLSI engineers across India to crack interviews at top semiconductor companies.
"I cracked my Qualcomm STA round purely on the back of this site. The OCV vs AOCV explanation, the CPPR section, the timing equation diagrams — all exactly what was asked. No other free resource comes close to this depth."
"The resume template from the course got me shortlisted at MediaTek within 3 days of applying. Before this, I had been applying for 2 months with zero responses. The ATS keyword section is gold — I followed it exactly and my callback rate jumped immediately."
"As a fresher from NIT, I had no real tool exposure. The 16-week study plan was my bible. I followed it from week 1 to week 16 and landed an offer at Samsung R&D Noida in month 5. The company-specific prep section is what made the difference in the final interview."
"I was switching from IT to VLSI after 3 years in software. SiliconPath's How to Prepare section gave me a realistic roadmap. The Bootcamp course answered every question my interviewer at Capgemini asked — including the behavioral round tips. Got the offer in my first VLSI interview."
"The Physical Design section is genuinely the best PD reference I've found online — better than paid courses I've tried. The floorplan to sign-off flow, the CTS diagrams, the IR drop explanation with numbers. I now refer to it regularly even after getting placed at Astra Silica."
"My college didn't even teach UPF. I had zero low power knowledge before SiliconPath. After going through the Low Power section and the Bootcamp course, I could answer every power domain question at my TI interview confidently. Placed in my first attempt. Worth every rupee."
From the community
Join the community →Getting negative slack after CTS in ICC2. Already tried adjusting clock uncertainty. What else should I check?
My setup was clean before CTS but now I have negative slack on a handful of paths. I lowered clock uncertainty but it barely moved. Where do I look next before I start throwing optimization at it?
Is it worth learning Fusion Compiler if my company still uses ICC2?
We are on ICC2 and not migrating soon. Should I spend my own time learning Fusion Compiler now or wait until the team moves?
How do you handle multi-voltage domain crossings during STA signoff?
Signing off a design with two voltage domains. What is the clean way to handle level shifters and the timing across the crossing in PrimeTime?