Projects

A high-performance Wavefront .obj parser using multithreading and SIMD instructions for geometry processing in 3D rendering pipelines.

• AreaParsing, rendering infrastructure, performance optimization.
• Built withC++, SIMD, multithreading.
• ContextYale Computer Graphics Group; advised by Dr. Mike Shah.

A four-PCB electrical system for remote-controlled liquid rocket fueling and arming operations, including power management, central MCU, sensor interfaces, and valve actuation control.

• AreaEmbedded systems and electrical ground support equipment.
• Built withC++, sensor integration, RF communication.
• ContextYale Project Liquid.

A 2D game engine built for CPSC 4791 at Yale, with impulse-based physics, a custom scripting language, and mutex-controlled multithreading for subsystems running at different timesteps.

• AreaGame engines, real-time simulation, language tooling.
• Built withD, physics, events, scripting, multithreading.
• ContextFinal project for CPSC 4791 at Yale.

A physically based path tracer written without external dependencies, implementing Monte Carlo global illumination, material models, custom RNG modules, and low-level assembly I/O.

• AreaRendering, numerical methods, systems programming.
• Built withD, path tracing, Monte Carlo integration, x86 assembly.
• ContextPersonal project.

FPGA management work connected to systems research at the Yale Efficient Computing Lab.

• AreaDistributed systems, FPGA management, hardware/software interfaces.
• Built withC, kernel development, FPGA management.
• ContextYale Efficient Computing Lab; advised by Prof. Lin Zhong.

A Rust NES emulator focused on low-level console behavior.

• AreaEmulation and low-level systems behavior.
• Built withRust, NES emulation, cycle-accurate systems.
• ContextPersonal project.