Foundry Ready Design Challenge Banner

πŸš€ From Design to Chip

Build Real IP. Tape-Out Ready. Industry Aligned.

SAKEC Γ— ChipMonk Β· National Foundry-Ready Challenge

⏳ 4 Weeks

High-intensity silicon sprint

πŸ‘₯ 2–4 Members

Or compete solo

🧠 Real IP

Synthesizable + Verified

πŸ† Jury Panel

Industry & academic experts

Everything You Need to Know

πŸ“Œ Hackathon Structure & Phases

Phase 1: Registration & Orientation

Registration Opens: February 15, 2026
Last Date to Register: February 28, 2026
Orientation Date: March 2, 2026

  • Open registration through ChipMonk platform
  • Orientation sessions covering:
  • Hackathon goals
  • Expected deliverables
  • Basics of IP quality and documentation

Phase 2: Problem Statement Release

Date: March 3, 2026 (via email)

  • Curated problem statements released by ChipMonk
  • Each problem statement includes:
  • Functional requirements
  • Interface expectations
  • Verification expectations

Phase 3: Development Phase

Duration: March 3 – March 31, 2026

  • RTL design
  • Verification environment development
  • Technical documentation
  • Weekly mentor check-ins and review sessions

Phase 4: Submission

Submission Date: April 1, 2026 (GitHub Submission)

  • RTL source code
  • Verification code
  • Test results & coverage reports
  • Technical documentation

Phase 5: Evaluation & Demo

Presentation Dates: April 10–11, 2026 (At SAKEC)

  • Design approach presentation
  • Verification strategy explanation
  • Learnings & challenges discussion
🎯 Why This Hackathon Matters

India’s semiconductor future depends not only on fabs but on indigenous IP ownership. This hackathon is designed to move students beyond simulations into real, reusable RTL development.

  • Industry-aligned problem statements
  • Reusable IP repository contribution
  • Mentorship-driven design refinement
  • Exposure to verification and documentation standards
πŸ›  Tracks & What You’ll Build
  • Industrial & Automotive-grade IPs
  • Vision & Imaging IP blocks
  • Audio & Signal Processing systems
  • AI Hardware & RISC-V based system IP

Expected Output: Clean RTL + Simulation + Verification + Documentation

πŸ“¦ Deliverables
  • Synthesizable RTL code
  • Testbench & verification environment
  • Waveform results
  • Technical documentation (architecture + design decisions)
  • Final presentation slides
πŸ“Š Evaluation Criteria

Technical Depth

Architecture clarity, modularity, and scalability.

Verification Quality

Robust testbench, corner-case coverage.

Documentation

Clear explanation of design intent & reuse potential.

Innovation

Optimization, performance & creative improvements.

πŸ“… Timeline
Phase 1: Registration & Track Selection
Phase 2: Design & Development
Phase 3: Verification & Documentation
Final Jury Evaluation & Awards
πŸŽ“ Eligibility
UG (2nd year onwards) Β· PG (VLSI / Electronics / Embedded Systems) Β· RTL & Verification Enthusiasts

Ready to Design Something That Can Go to Silicon? πŸ”₯

Don’t just simulate. Build something reusable. Build something real.

Register Now