Computer Science student experienced in building software projects in Python and C++, including web publishing automation, game development, and multithreaded graphics programming. Strong foundation in software processes, architecture, design patterns, documentation, algorithms, data structures, version control and mathematics.
- Architected an automated personal knowledge-base pipeline that converts Markdown notes written in Obsidian into a published website using MkDocs, Python, and LaTeX.
- Configured a GitHub Actions workflow to automatically build and deploy the site to GitHub Pages on every push, eliminating manual deployment steps.
- Designed an automated backup workflow using Google Drive, GitHub, and GitLab to provide redundant storage and reduce risk of data loss from hardware or power failures.
- Designed and built a puzzle game engine in Python using a layered architecture, applying the Observer and Strategy design patterns to decouple game logic from the UI (made with Pygame) and persistent data.
- Built a JSON and SQLite-backed persistence layer to store game state and user data.
- Implemented time-slicing for input handling and event handling to keep the UI responsive during gameplay.
- Developed a multi-threaded ray tracing renderer in C++ that distributes pixel computation across a configurable number of threads, boosting image generation by approximately 400% and shows the result on a SFML window.
- Built a JSON-driven configuration system covering four parameter groups — scene objects (size, color, material, position), camera (position, orientation, focal length), image output (dimensions, samples per pixel), and thread count — so scenes can be re-rendered without touching code.
- Mathematics
- Computer Graphics
- Systems
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| Art |
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| Others |
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