● Developed gameplay systems in Unreal Engine using Blueprints, C++, and GAS including dynamic skill trees, attribute sets (health, shield, stamina), and hit reaction logic. ● Implemented player combat mechanics including dashing, dodging, projectile abilities, weapon equip/unequip states, and socket-based mesh attachments. ● Built traversal and movement systems including ledge mantling, procedural camera shake, and level transition state handling. ● Optimized rendering performance by 20-30 FPS across complex environments by implementing distance-based LOD culling for dense foliage. ● Programmed enemy AI systems with behavior trees, custom blackboard keys, patrol routes, perception checks, combat interactions, and death state logic.

● Designed and implemented a complete UI framework using Unity UI Toolkit (UXML/USS), including responsive menus, adaptive resolution scaling, and runtime graphics configuration. ● Developed runtime gameplay systems including configurable settings, achievement tracking, and tutorial logic with persistent state management. ● Built reusable minigame gameplay architecture with a polymorphic base tool class powering 5+ distinct art inspection minigames. ● Collaborated in an 11-person multidisciplinary team using Git and Jira, producing structured technical documentation including UML and sequence diagrams.

● Solo-developed and shipped a commercial 2D action roguelite in Unity/C# with live-reactive difficulty director evaluating player health and enemy density in real time. ● Architected ScriptableObject data systems powering 12+ weapons with level-gated evolutions and 40+ rarity-weighted upgrades with synergy set-bonuses. ● Engineered custom object-pooling for high-density runtime spawns, maintaining stable 60+ FPS under heavy bullet-hell projectile loads. ● Integrated Steamworks SDK (cloud saves, 30 achievements), Discord Rich Presence, and a 6-language localization pipeline.

● Developed a top-down stealth game featuring enemy field-of-view detection and fog-of-war systems. ● Implemented AI patrol routes, distraction mechanics, and alert state transitions for strategic gameplay. ● Built three playable levels with increasing difficulty, a main menu, and win/lose conditions.

● Designed and built a full level with layered collisions, interactive hazards, and skill-based challenges. ● Implemented 10+ enemy and hazard types including scaled enemy variants, patrol behaviours, and environmental obstacles. ● Developed 5+ interactive systems including toggleable coins, breakable blocks, item boxes, and power-up progression.

● Designed 12 interconnected rooms with platforming, combat, puzzle, and parkour challenges. ● Iterated on design through playtesting and produced documentation including mini-map, pacing chart, and analysis. ● Implemented mechanics including teleporters, dynamic platforms, and skill gates for balanced pacing.