Team Projects

Open World Arcade Racing Game

● Vehicle controller using PhysX with acceleration, braking, drifting, rolling friction, air stabilization, boosting, and jumping.
● Variable motorcycle stats altering driving, including top speed, acceleration, and handling.
● Motorcycle customization affecting both appearance and stats.
● Collaborated on gameplay-driven motorcycle and character animations.
● Collaborated on bike part collectibles.

● First-person character controller using ECS architecture and PhysX.
● Scripting tools such as reusable scripts across objects and instance-editable scripting variables.
● Reusable ECS components and systems for granular gameplay logic, including health, damage, teleport, and pickup systems.
● Modular weapon system with hitscan, hitbox, and object-spawning firing modes.
● Weapon component with data-driven parameters for bullet damage, bullet amount, bullet spread, weakpoint multiplier (like headshots), range, hitbox shape, object to spawn, fire rate, mag capacity, ammo capacity, reload time, and reload type.
● HUD integration connected to gameplay systems.
● Assisted with loading scene objects into PhysX, handling proper loading/unloading during runtime.
● Issue tracker tool for managing bugs in-engine.

● Top-down character controller with four abilities and a three-hit melee attack using ECS architecture.
● Custom physics collision system with layers and pushback using std::variant and the visitor pattern.
● Editor-configurable colliders (OBB and Sphere) with debug drawing.
● A* pathfinding algorithm on a navmesh used by the player character and AI.
● Assisted in navmesh generation using the Recast library, focusing on non-navigable areas.
● HUD integration connected to gameplay systems.
● Experience and leveling system for unlocking abilities.

● Dynamic save system using a blackboard architecture.
● Assisted with top-down character controller and combat mechanics.
● Object and dialogue interaction system.
● Helped develop a flexible, editor-driven key-and-gate system.
● Assisted in designing and implementing a component-based framework for game object behavior.
● Editor-configurable VFX system for loopable effects.
● Shader systems to pass game data for interactions and damage feedback.

● Momentum-based character controller with smooth acceleration and quick direction changes.
● Gameplay-driven animations using Unity blend trees.