Physics & Systems

Python, C & Logisim Evolution

Designed an 8-bit CPU in Logisim Evolution. Features a custom 32-bit ISA, a functional Emulator written in C, and RGB display capabilities. Modelled CPU logic gates, registers, and memory management to demonstrate a deep understanding of the fetch-decode-execute cycle and low-level hardware-software interfacing. Developed a lightweight Python assembler to translate human-readable assembly into binary format, establishing the project's software toolchain.

C & SDL2

A Quantum mechanics visualizer written in C with SDL2. Computes and renders 2D cross-sections of hydrogen electron orbital probability densities. Visualizing the wave functions of a single electron bound to a hydrogen nucleus.

C, GCC Toolchain

Developed a single-pass compiler in C that tokenizes and parses a custom statically typed language to output standard C source code. Built a tokenizer and an internal symbol table to handle type tracking and check for duplicate variable declarations. Integrated the codebase with the GCC system toolchain to automatically compile and link the generated C source code into executable binaries.

C, RayLib & RayGui

Developed an interactive real-time 2D Physics Simulation Engine, featuring numerical integration for multi-force systems, impulse-based rigid body collisions, and fluid drag. Engineered vector projection boundary algorithms to process dynamic object-to-surface interactions across elastic spring bumpers and solid rigid ramps. Designed a dual-panel structural UI using RayGui to dynamically configure entity mass, dimensions, material stiffness, and damping coefficients.

C & RayLib

Built a real-time Gravitational N-Body Simulator written in C using RayLib, featuring dynamic particle spawning and velocity-based color rendering with additive blending. Capable of simulating large-scale cosmic structures and high-velocity galactic collisions.

Infrastructure & Systems Architecture

Configured and fine-tuned a daily driver Arch Linux environment, implementing custom window managers and modifying kernel parameters to optimize system efficiency. Authored Bash scripts to automate compilation pipelines, dependency linking, and build processes utilizing GCC and system toolchains. Highly familiar with the Linux directory structure, user/permission management, and system dependencies.