Projects

Full Minesweeper clone built from scratch in modern C++ using SFML. Features randomized board generation, neighbor-count algorithm, recursive flood-fill reveal, flagging system, and win/loss detection. Compiled to WebAssembly for browser play.

Machine learning API that predicts housing prices based on property features. Built with scikit-learn using a KNN regression model, deployed as a Flask REST API on Render with a responsive web interface.

Complete 5-stage pipelined MIPS CPU implementation in Verilog. Supports ~20 MIPS instructions with data forwarding, hazard detection, and instruction memory. Synthesized and tested on FPGA using Vivado.

Real-time embedded system on HCS12 microcontroller featuring ADC sampling, interrupt-driven waveform generation, UART control interface, and a 24-hour real-time clock display. Programmed in Assembly and C.

Implementation of malloc, realloc, and free in C. Uses segmented memory management with bitwise metadata, free lists, and 16-byte alignment. Designed for efficient memory utilization and fragmentation prevention.

Full channel-based IPC system in C using pthreads. Features blocking and non-blocking sends/receives, mutex locks, condition variables, and message queueing. Inspired by Go's channel model.