I'm a games programmer, currently studying Computer Games Programming in my final year. I'm interested in engine and tools development and graphics systems.
I'm proficient in C++ and Java and also familiar with C#. I've developed graphics systems using DirectX 11 and OpenGL, and have created small games with SDL and Unity.
I also have experience with frontend web development using Vue.js with JavaScript and TypeScript.
For my final year project, I'm currently researching scripting language runtimes and their uses within games.
I aim to develop a virtual machine runtime to run bytecode programs across different platforms.
This will be complemented by a compiler for an existing language, which can be used by other developers to build high-level behaviours.
This is a university assignment to implement more advanced graphics techniques, including deferred shading and post-processing effects.
Later stages of the project will include procedurally-generated terrain and skeletal animations.
This was a university assignment to implement basic graphics techniques, including Phong shading, texturing and simple object transformations. It was my first experience using the D3D shader pipeline.
I extended this project with additional features including controllable objects, multiple cameras, billboard sprite effects and hierarchical object animation, and also developed a Perlin noise-based procedural terrain system.
A 2D game inspired by the original Mario Bros game. This was created as part of a university assignment.
I built a 2D game engine with a scene manager using C++ and SDL. The engine features simple physics and collisions, and incorporates various SDL utilities to render text and play sound effects.
The game loads tile-based levels from a text file. It features sprite animations based on the player state and 2-player co-op multiplayer.
Swing your hammer to hit as many balls into the goal as possible, but avoid the bombs!
Tricky Goals was created in Unity as part of a four-day beginners' game jam.
This was my first experience using Unity. I implemented keyboard-based movement for the hammer, and used Unity's physics system to create different collision responses when striking with different parts of the hammer.
