This project features many minigames that were independently developed, strung together one after another in rapid succession. The goal is to beat as many minigames as possible before losing 3 minigames, where you run out of lives and lose the game. Many minigames feature increasing difficulty or time pressure as your score increases.

My minigames increase their difficulty in the following ways:

• Target shooting minigame

  • less total time per target spawned

  • increased target spawning

  • more waves of targets

  • decreased target size

  • some targets start moving

• Ball sorting minigame 

  • less total time per ball that must be sorted

  • more balls that must be sorted correctly

  • balls spawn more rapidly

• Randomly-generated maze-solving minigame

  • less time to solve the maze

• Randomly-generated minesweeper minigame

  • less time to finish the puzzle

  • more mines spawned

If you want to practice or play a specific minigame, each minigame can be selected and played individually from the menu.

During this project, I performed the following development tasks:

• Created base Unreal gamemode and default pawn blueprints utilized in most minigames

• Created multiple extremely varying minigames using blueprint scripting

  • Target shooting minigame using logic to randomly spawn Actors in a volume and viewport raycasting to provide a quick experience requiring focus and accuracy

  • Ball sorting minigame using volume object comparison and interfaces to provide a strategic yet challenging experience

  • Maze solving minigame using a random maze generator to provide a cerebral experience requiring quick-thinking and planning

  • Minesweeper minigame using random generation and a dictionary data structure to create a classic experience requiring logical thinking

• Assisted in development of backend minigame switching logic utilizing Unreal GameInstance