Class X student building at the edge of robotics, embedded systems, and software. Arduino, NodeMCU, React — translating ideas into working implementations, fast.
Hey! I'm Namish Dawar, a Class X student from Gurugram with a deep passion for robotics, embedded systems, and software development. I build hands-on STEM and programming projects involving Arduino-based systems, NodeMCU IoT applications, and modern web interfaces.
My flagship project — the Parkinson's Self-Stabilizing Spoon — earned 1st Runner Up at KVRSS India in the Physics category. It's an Arduino-powered device with gyroscopic stabilization to counteract hand tremors, helping Parkinson's patients eat independently.
I've worked in collaborative, time-bound development environments building web prototypes using React and JavaScript. These experiences sharpened my problem-solving approach, adaptability, and ability to ship real products under pressure.
My philosophy is learning through building — system design, clean implementation, debugging, and practical problem-solving. Always curious, always building.
An Arduino-powered spoon with gyroscopic stabilization to counteract hand tremors in Parkinson's patients. Combines embedded C++ control code with a fully 3D-modeled physical structure. Researched tremor patterns, designed stabilization algorithms, and built a complete prototype that helps people eat independently — all as a Class X student.
A collaborative coding platform built in a time-bound environment. Real-time code sharing and collaboration — one of my first large-scale React prototypes demonstrating adaptability under pressure.
A browser-based puzzle game with grid mechanics. Clean UI, smooth interactions, and challenging gameplay — front-end engineering and game logic demonstration.
A browser-based OS simulation. Retro aesthetic meets modern web tech — fully interactive desktop experience in the browser.
Browser-based Geometry Dash clone built from scratch. Smooth animations, rhythm gameplay, custom levels using Canvas API.
17 repositories across embedded, web, games, and experiments.