Designed and balanced core gameplay systems using probability models and player behavior analytics. Developed progression curves and reward structures based on mathematical modeling. Worked with engineers to implement and fine-tune in-game mechanics.

Implemented backend logic for turn-based combat systems using algebraic formulas and probability trees. Focused on optimizing randomization and drop-rate algorithms. Built simulation tools for balancing and stress-testing in-game economies.

Explored game-theoretic principles in puzzle and logic game development. Assisted in designing educational mini-games that illustrated mathematical theorems through interactive storytelling. Produced a whitepaper on optimal decision trees in resource-limited gameplay scenarios.

Focused on probability theory, discrete math, and algorithmic logic. Completed a thesis on stochastic modeling in game mechanics. Participated in international math competitions and simulation projects.

Trained in 2D and 3D game environments, level design, and narrative structure. Final project involved building a playable prototype in Unity with a dynamic rule system driven by math-based constraints.

Covered fundamentals of statistical graphics, visual encoding, and dashboard design. Created interactive visualizations using Python and JavaScript libraries to communicate complex data intuitively.

Intensive workshop on procedural content algorithms for games. Included hands-on projects generating terrain, mazes, and puzzles using noise functions and grammar-based systems.