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Prize-winning C++ and C# programmer experienced in creating complex games and facilitating team communication

Projects

American Student Assistance — Project Alpha

  • Programmed minigames and puzzles in Unity using C#

  • Created tools that enable other developers to quickly replicate and customize gameplay elements

  • Ran code reviews with the programming team

  • Wrote detailed documentation for all work

  • Implemented models, textures, and animations

  • Managed source control using Plastic SCM

See details

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Helix Brawl

  • Managed and uploaded Steam builds

  • Implemented Steam achievements using the Steam API

  • Gathered players' in-game data using Unity Analytics

  • Programmed behavior of various enemy types, including a boss

  • Created transitions between levels, including loading screens and stats

  • Programmed tutorial and progression system

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Temple of the Tentacle

  • Won first place for the theme "Discovery" in the ICGN 2021 Winter Jam

  • Programmed physics-based gameplay of a grappling hook mechanic

  • Scoped a project based on time frame and team size and abilities

  • Used animation events to move the player's grappling hook accurately with their sprite animation

See details

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Twilight Plague

  • Used A* pathfinding to determine the path of units in a grid-based movement system

  • Programmed all turn-based game logic

  • Programmed visual novel section, including events to play animations and change speaker

  • Implemented sprites, dialogue, animations, and sprite sheets

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Spook's Candy Adventure

  • Won second place at the Becker College October 2020 Game Jam

  • Rendered an arc based on an object's projected trajectory

  • Created a fun explosion when an enemy is defeated, getting an assortment of colors from their sprite and turning the colors into physics objects

  • Enabled the throw and shoot directions of the player to be controlled by the mouse position

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See details

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Simon's Cube

  • Procedurally generated an interactable 3D map of a cube of randomly chosen rooms so the player can select what room to go to next

  • Programmed and visualized the enemy's field of view using mesh generation

  • Programmed an effect for when enemies walk into a trap, where they would seem to explode by replacing their one large cube with smaller ones and adding random forces to each

  • Solely developed the game for the 2020 Becker College Asset Jam

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