Projects
Andomeda
Andromeda is a 2.5D arcade-style space shooter inspired by Galaga, developed by a team of four using C++, the Vulkan API, the Gateware library, and the EnTT entity-component system. Built using an Agile development process, the game blends classic 2D gameplay with 3D-rendered visuals, featuring dynamic enemy formations, an optimized Vulkan-powered rendering pipeline, and engaging power-ups that enhance the player’s abilities. My contributions included designing the background visuals, implementing power-ups, integrating sound design, and developing tools to support the team’s workflow. I also assisted with debugging, contributed gameplay ideas, and helped coordinate team efforts through Agile sprints and regular updates. Despite the one-month development timeline, we successfully delivered a polished experience while laying the groundwork for future enhancements.
Zombie Runner
Zombie Runner is a first-person survival game where players must fight through hordes of zombies and escape the map. Developed by a team of four using an Agile development process, the game features a dynamic shop system, interactive puzzles, unique zombie types, and multiple detailed environments, including a hospital, church, dungeon, and mausoleum. My contributions included level design, sourcing and integrating assets, designing artwork, and developing enemy AI for two zombie types. I also implemented the collectibles system, created visual effects (VFX), and produced the game's official trailer video. Additionally, I assisted with debugging, refined the safe-room mechanic to improve gameplay flow, and helped coordinate team efforts through Agile sprints and regular updates. Despite challenges with communication and time constraints, we successfully delivered a playable experience that blends action, strategy, and exploration.
Conway's Game of Life
This project is an implementation of Conway’s Game of Life, a classic cellular automaton, using C++ and the WxWidgets library for the graphical interface. It allows users to create and observe the evolution of cell patterns based on simple rules governing survival, death, and reproduction. The project features real-time updates, customizable grid sizes, and user interaction for setting initial states. Through this implementation, I explored event-driven programming, graphical rendering, and efficient state updates for large grids.
Footnote
*There are more projects I am working towards getting them on this site*