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NITC Silicon Hub

NITC hub for IC design, VLSI, and silicon engineering

nitc-silicon-hub

Welcome to nitc-silicon-hub, a student-driven organization for IC design, VLSI, and silicon engineering, centered around NIT Calicut.

This space is open to current students, alumni of NITC, and anyone who finds the content useful and aligns with the intent of learning and building deeply.


What This Is About

This organization exists to capture and share the kind of learning that often does not fully fit into coursework or lab manuals.

Instead of spreading effort across many disconnected tools or half-finished experiments, the focus here is on:

  • building complete, well-thought-out projects
  • understanding why design decisions are made
  • documenting what worked, what failed, and what was learned
  • developing familiarity with real-world design flows through practice

The goal is not to rush breadth, but to develop clarity, confidence, and engineering judgment.


Focus Areas

Repositories under this organization will gradually cover topics including (but not limited to):

  • IC design fundamentals and core electronics
  • RTL design and hardware architecture
  • Verification methodologies (simulation, assertions, formal)
  • Physical design and RTL-to-GDS flows
  • Analog, mixed-signal, and CMOS circuit design
  • Semiconductor physics, and device modeling
  • Open-source and industry-standard EDA workflows
  • Automation, scripting, and reproducible design flows

Project-Oriented Approach

This organization is project-first.

Each project aims to be:

  • documented step by step
  • explicit about assumptions and constraints
  • clear about design methodology
  • honest about trade-offs, failures, and iterations

The intent is to help others avoid blindly juggling a hundred things at once and instead gain structured exposure that builds real familiarity over time.


Philosophy

  • Open and inclusive - current students, alumni, and external contributors are welcome
  • Depth over surface-level exposure
  • Learning by building - not just reading or simulating
  • Documentation matters - design is incomplete if it isn’t explainable

Getting Involved

  • Explore and learn from the repositories as they grow
  • Contribute projects, notes, experiments, or improvements
  • Share alternative approaches or corrections
  • Use the content responsibly for learning and research

Contribution guidelines and structured roadmaps will evolve as the organization grows.


No project is big or small.
What matters is how deeply you understand it, how honestly you document it, and how fully you own it.

Built with the intent to learn deeply, build responsibly, and share clearly.

Popular repositories Loading

  1. .github .github Public

    Welcome to NITC Silicon Hub

  2. verilog-101 verilog-101 Public

    Verilog 2001 Guide

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