Available for work
Vicky Nishad
Curious mind, building across the stack — from silicon to agents.
ECE student at the University of Lucknow. I live in the overlap between LLMs, agentic workflows, chip design, and electronics — exploring how far natural language can reach into hardware. I learn by building, ship open source along the way, and write about whatever I am figuring out.
Selected Work
AgentIC
Prompt to GDSIIAn agentic chip-design system that takes a natural language prompt and carries it through the full VLSI flow — RTL generation, synthesis, place-and-route, DRC/LVS verification — until you have a tapeout-ready GDSII. Multi-agent orchestration lets each stage self-correct, so the logic that leaves the pipeline is actually verified, not just generated.
Agentic AIMulti-AgentVLSIVerilogEDA2025DocWhispr
High-accuracy OCR & CV detection pipelineDocWhispr is an intelligent document processing engine. Optimized for high-accuracy OCR and computer vision detection pipelines to accurately parse layout structures, extract key-value data, and digitize complex unstructured documents.
OCRComputer VisionAI/MLDocument IntelligencePython2026
Writing
- 30 Jun 2026
ClearNet: Removing Clouds from Satellite Imagery with Diffusion
A SAR-conditioned latent diffusion bridge built for ISRO's Bharatiya Antariksh Hackathon 2026 — reconstructing cloud-obscured LISS-4 imagery for crop monitoring when the monsoon blocks 60% of acquisitions.
- 28 Jun 2026
Building a 300W Class-D RF Power Amplifier at 13.56MHz
Design notes from building a 300-watt Class D RF power amplifier running at 13.56 MHz — the ISM band frequency used for HF plasma, induction heating, and RFID. Covering the topology, switching losses, and impedance matching.
About
I am Vicky Nishad, an Electronics & Communication Engineering student at the University of Lucknow. I build agentic systems that sit at the intersection of LLMs and hardware — the kind of workflows where a prompt becomes verified RTL, not just text.
Most of my time goes into open source and research around autonomous agents, diffusion models, and the tooling that makes them reliable enough to ship. When I am not building, I am writing about it.
Stack
- Python
- C++
- Verilog
- JavaScript
- React
- Node.js
- Tailwind
- Docker
- Git
- Linux
Experience
- 2023 — Present
Independent Research & Development · Self-taught
Architecting autonomous multi-agent systems for hardware design (AgentIC). Researching LLM architectures and prompt engineering for self-correcting logic generation. Shipping open source tooling and writing about what I learn.
- 2025 — Present
B.Tech, Electronics & Communication · University of Lucknow
Building foundations in digital circuit design, hardware description, and VLSI design principles. Applying them directly to projects that span from RF power amplifiers to agentic chip design.
Contact
Let's connect.
Open to opportunities and collaborations on agentic systems, LLMs, and hardware. Find me across the web below.