Built a full-stack event ticketing and rewards platform with role-based dashboards, secure authentication, and e-commerce workflows for tickets and merchandise.

Built a GameBoy-inspired embedded gaming platform on STM32 using ARM assembly, including a menu system and multiple games like Snake, Pong, Brick Breaker, XO, and Flappy Bird.

Implemented a custom 5-stage pipelined RISC CPU in VHDL with hazard detection, forwarding, interrupt support, and a Python-based assembler.

Developed a consultation platform with a Go backend and React frontend, focusing on clean API design and practical user flows.

Built a converter that maps CSV data to ASDF schema format with a React frontend and FastAPI backend.

Built an MCP server for PostgreSQL that enables LLM clients to query databases safely with schema introspection, explain plans, and optional write controls.

Applied Monte Carlo simulation in Unity ray tracing to study convergence, variance, and rendering quality trade-offs using statistical analysis.

Built an embedded lane tracking car project using low-level C development for microcontroller-based control and sensing.

Developed a data-structures course project that simulates physiotherapy center scheduling using queues, priority queues, and stacks.

Implemented operating system CPU scheduling algorithms (FCFS, HPF, Round Robin) in C with multiple CPUs and semaphores for synchronization.

Built an OOP course project in C++ that combines Snakes & Ladders and Monopoly with design mode, play mode, and custom game objects.

Implemented a circuit solver using Modified Nodal Analysis with NumPy to compute node voltages and branch currents from text-based circuit input.