A physics-based puzzle platformer about a telekinetic Jerboa escaping a mysterious facility. Made in Godot 4 for Game Development II at RPI. Winner of the "Excellence in Game Design" and nominee of the "Grand Prize" award at RPI's annual game showcase, GameFest 2024.

• Diagrammed and implemented 30+ distinct levels with a focus on hands-on learning and a steady difficulty curve.

• Using run-in-editor scripts, programmed easily arrangeable physics-based level mechanics.

• Experimented extensively with movement curves, jump curves, and other platforming conventions to ensure a smooth game feel. 

• Managed agile development as project producer, overseeing scheduling, biweekly check-ins, and deciding prioritization to ensure a manageable scope.

• Communicated regularly with QA and playtesters to iterate on level design, game feel, and affordance.

A walking/slithering simulator designed over a month and a half in Unity. Based on the prompts "Unconventional Movement," "Fantasy," and "Search for Identity," follow a little snake as it leaves home to on a journey to find a wish-granting dragon.

• Collaborated in a team of four to follow the game development cycle and create a complete PC game.

• Designed and scripted unique movement mechanics in a 3D space.

• Implemented digital 3D and procedural animation.

• Flexibly assisted with writing, integration, and visual effects.