Character rigging and tools engineering for NBA 2K24.

• Designed and wrote pipeline tool to speed up manual lighting reviews by 400%.

• Automated and reviewed changes made to >1000 athletes, saving 3GB from a day-one patch and fixing bugs.

• Wrote tools for Maya, Photoshop, Perforce, ShotGrid, and proprietary software using Python, Javascript, HTML/CSS, and AutoHotkey

A visual scripting language for modding OpenTTD, made in Godot.

• Develop language and compiler to translate VNML projects to GRFs, the binary script format accepted for OpenTTD content mods.

• Create visual editor for VNML in Godot, complete with an integrated painting software and localization tool.

The development of VNML motivated an overhaul of Godot's graph UI system to reduce technical debt and offer new features in-engine. 

• • Propose and implement engine change in C++

  • This change is available as a pull request here: https://github.com/godotengine/godot/pull/108099

An educational simulation game for web made in Unity, used as coursework material by the biomedical engineering department at UC Davis.

• Automated build and deployment infrastructure using GitHub Actions.

• Profiled and optimized custom shaders, maintained legacy editor tools.

• Managed technical team of four, communicated requirements with faculty

A racing game inspired by f-zero, made in 7 weeks using Unreal 5.

• Developed in-engine procedural track editor tool using Houdini, allowing designers to quickly create and iterate on race track meshes.

• Administrated Perforce server running on AWS for version control.

• Created VFX using Niagara and models using Maya and Substance Painter.

• Lead production, facilitating communication, managing tasks with Trello, and organizing meetings.

• Assisted with gameplay engineering in Blueprints. 

Developed editor for adjusting multi-projector screen bounds in Unity. Embedded editor in existing client .Net application. 

• Simulated physical camera attributes, creating a digital scene that matches its real-life counterpart to maximize round-trip accuracy.

• Refined requirements, delivered project in presentable state for demonstration at key conferences.

A narrative-driven 3D RPG about the battle against apathy, made in Unity.

• Implemented gameplay features, such as AI behaviour systems, player control, and an extensive cutscene system. 

• Developed shaders to add effects such as dithering "look-through" and custom terrain splat-mapping with "PSX"-style vertex jitter.

• Lead production, designed systems, wrote dialogue.