A fully custom quadcopter drone engineered from scratch: mechanical design, electronics integration, custom flight controller firmware in C++, and a web-based ground interface for live telemetry and configuration.

An end-to-end machine learning project combining CNN model training in Jupyter notebooks with a client-side interactive web demo. Users can draw handwritten digits and receive real-time predictions from a Convolutional Neural Network trained on the MNIST dataset and deployed in the browser via TensorFlow.js.

A web-based digital logic simulator built with React, featuring interactive SVG-rendered logic gates, components, and wires for creating and testing custom digital circuits.

A small educational C++ neural network library built from scratch (forward/backprop + training loop), with a CLI digit-recognition demo on MNIST and a custom terminal UI (progress bars + accuracy graphs).

A full Geometry Dash-style platformer recreated from scratch in Java using the Processing IDE, featuring physics, collisions, particle effects, and a fully interactive level builder.

A terminal-based Sudoku game written in C, featuring random grid generation, custom grid input, Unicode-rendered boards, and an automatic Sudoku solver.