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This repository contains all major projects completed as part of the EECS 4612: Digital VLSI Design course at York University. The projects showcase the complete ASIC design flow — from RTL design to GDSII layout — using industry-grade tools like Cadence Genus, Innovus, and Virtuoso.
Silicon-proven INT8 systolic NPU (8×8 MAC array) taped out on SkyWater 130nm via LibreLane. Features a custom 32-bit ISA, UART–APB host interface, and fused streaming datapath. Validated on chest X-ray pneumonia detection. Silicon Sprint 2026 — AUC.
SPEAR – Single Neuron Hardware Accelerator Engine. A collaborative hardware project combining full custom ASIC design and FPGA-based validation. The CHIP team designed a perceptron accelerator from RTL to GDSII using Synopsys tools and TSMC 28nm. The FPGA team built a working test platform on DE10-Lite. Developed with mentorship and technical suppo
Clean-room container for building RTL → GDSII: a slim, pinned open-source EDA toolchain (Yosys · Verilator · OpenROAD · Magic · KLayout · Netgen · ngspice + sky130/gf180 PDKs), built from scratch on GitHub Actions and published to GHCR.
Multi-agent framework for RTL-to-GDSII physical design using Claude Code — 9 specialized agents, stage-gate verification, and forensic ECO debugging on Yosys + OpenROAD + Sky130
EVPIX-RV32: 5-Stage Custom RISC-V SoC with Integrated IPU and TinyML Support for Real-Time Edge-Vision AI Acceleration: RTL-to-GDSII Design, Verification, Basys-3 Artix-7 FPGA Prototyping and SkyWater 130-nm CMOS ASIC was implementation