Visual Laboratory Suite for SemiConductor Design and Development
Dedicated to the Viksit Bharat Mission 2047, the Gopalkrishna Advanced Rural Research Foundation (GARRF) presents a complete 8-module virtual laboratory suite. Designed with a soft, eye-soothing light blue background and crisp gray cards for extended student research, this suite provides complete experiential learning from ISO cleanrooms to 3D packaging and custom ASIC chip design.
All 8 Semiconductor Applications
Semiconductor Basics & Overview
Foundational principles of semiconductor physics, energy band gaps, intrinsic/extrinsic doping, and semiconductor fabrication workflow.
Cleanroom Protocols & ISO Operations
Virtual gowning, bunny suits, airlocks, ESD grounding, laminar airflow velocity, HEPA filtration, and HF acid safety.
EUV & Photolithography Physics
193nm ArF vs 13.5nm EUV plasma, Rayleigh resolution equation (CD = k1 · λ / NA), OPC serifs, and multi-patterning overlay alignment.
Metrology & Characterization
CD-SEM gate linewidths, AFM 3D atomic surface roughness (Ra), ellipsometry phase shifts (Psi, Delta), and 4-point probe sheet resistance.
Advanced 3D Heterogeneous Packaging
2.5D silicon interposers, Through-Silicon Vias (TSVs), High-Bandwidth Memory (HBM) stacking, micro-bumps, and multi-chiplet thermal dissipation.
FinFET & Gate-All-Around (GAA) View
Planar MOSFET vs FinFET vs 3D GAA Nanosheet architectures, comparing drive current (I_on), short-channel leakage (I_off), and gate capacitance.
Photonic ICs & Quantum Chip Lab
Silicon waveguides, optical ring resonators, Mach-Zehnder interferometers, cryogenic dilution controls, and superconducting qubit gate arrays.
KRISHNA Chip Design & Fabrication
Full wafer process simulator: oxidation growth, photolithography, plasma etch, ion implantation, CMP, and dual-damascene copper metallization.
Dedicated to Viksit Bharat Mission 2047
Building national self-reliance in semiconductor technology through zero-cost, open-access research infrastructure. Empowering students across Tier-2, Tier-3, and rural engineering institutions with world-class virtual cleanrooms and nanofabrication simulators.