r/OpenChipDesignIndia

Free cloud-based VLSI labs that run in one click. No install. No excuse. Do something with your summer.
▲ 267 r/OpenChipDesignIndia+4 crossposts

Free cloud-based VLSI labs that run in one click. No install. No excuse. Do something with your summer.

Every summer I watch people in this field complain about not getting placed, not having experience, not knowing where to start.

So here. Free. Cloud. One click. No setup. No install. No excuse.

VSD has put together free GitHub-based programs for every major area of VLSI and semiconductors. Each one has a cloud lab you open in a browser and start immediately. Build the repo. Show the work. That is what gets you hired.

Physical Design (SoC Design and Planning)

Free: https://github.com/fayizferosh/soc-design-and-planning-nasscom-vsd

Cloud lab: https://github.com/vsdip/vsd-openlane

RISC-V Based MYTH

Free: https://github.com/AnoushkaTripathi/NASSCOM-RISC-V-based-MYTH-program

Cloud lab: https://github.com/vsdip/vsd-riscv2

Semiconductor Packaging

Free: https://github.com/arunkpv/Semiconductor-Packaging

Lab (Windows): https://www.ansys.com/en-in/academic/students/ansys-electronics-desktop-student

CMOS Circuit Design — start here if you are new to this

Free: https://github.com/PRIYANKADEVYADAV15/CMOS-Circuit-Design-Spice-Simulation-using-Sky130nm-technology

Cloud lab: https://github.com/vsdip/vsd-cmos/

RTL Design and Synthesis — also a great starting point

Free: https://github.com/vlsienthusiast00x/RTL_workshop

Cloud lab: https://github.com/vsdip/vsd-rtl

TCL Programming — do this one regardless of where you are in your career

Free: https://github.com/AnoushkaTripathi/VSD_TCL_PROGRAMMING_WORKSHOP/

Cloud lab: https://github.com/vsdip/vsd-tcl

7nm FinFET Design

Free: https://github.com/arunkpv/vsd_asap7_workshop

Cloud lab: https://github.com/vsdip/vsd-7nm

FPGA Fabric Design and Architecture

Free: https://github.com/ShonTaware/FPGA_Design_Fabric_Architecture

Cloud lab: shared during workshop

RISC-V Edge AI

Free: https://github.com/AayusHJainCodely/Risv_Edge_AI

Cloud lab: https://github.com/vsdip/vsd-riscv-edgeai

Analog Bandgap IP Design

Free: https://github.com/chandranshu24-hue/bgr_chandranshu/blob/main/README.md

Cloud lab: https://github.com/vsdip/vsd-bandgap/

All of this is free. All labs run on the cloud. You do not need a beefy machine, you do not need to configure a Linux environment, you do not need to buy anything.

What you do need is to stop waiting and start committing to GitHub.

The semiconductor industry does not care about what you watched on YouTube this summer. It cares about what you built.

u/kunalg123 — 3 days ago

Optimizations

Hi, I'm a final year UG student , I find that whenever I apply to any job my resume is average , meaning it doesn't stand out , what will make my resume standout , Now I don't mean generic resume optimizations, Maybe some hackathon victories? What's the factor that makes my resume really standout?

Something that when you see , it grabs your attention.makes it extraordinary?

My prefrence and project work is mainly on Digital Design ,Verilog RTL

reddit.com
u/Best-Shoe7213 — 3 days ago
▲ 2 r/OpenChipDesignIndia+3 crossposts

👋 Welcome to r/OpenChipDesignIndia - Introduce Yourself and Read First!

Welcome to OpenChipDesignIndia.

This community is for students, engineers, educators, makers, and semiconductor enthusiasts who want to learn chip design by actually building.

Here, we discuss VLSI, RTL design, Verilog, RISC-V, FPGA, physical design, open-source EDA tools, RTL-to-GDS flows, tapeout journeys, student projects, semiconductor careers, and India’s growing chip design ecosystem.

The goal is simple: make chip design more practical, visible, and accessible for everyone.

You are welcome to:

Ask beginner or advanced technical questions
Share your chip design, FPGA, RISC-V, or embedded projects
Discuss career doubts in VLSI, physical design, RTL, verification, and semiconductor roles
Post useful tools, tutorials, papers, repositories, and learning resources
Share your progress, failures, bugs, fixes, and lessons learned
Discuss how India can build a stronger semiconductor talent pipeline

A few expectations:

Be respectful. Many people here are learning.
Avoid gatekeeping. Simple questions are welcome.
Give practical answers whenever possible.
No spam, fake hype, or low-effort self-promotion.
Promote learning, building, and honest technical discussion.

Whether you are a school student blinking your first LED on an FPGA, an engineering student learning Verilog, a working professional entering VLSI, a faculty member building a lab, or a chip designer sharing experience — you belong here.

Let’s learn chips. Build chips. Share chips.

Welcome to OpenChipDesignIndia.

reddit.com
u/kunalg123 — 5 days ago