Led the Engineering Team in developing features for the mobile Fighting Game Skull Girls.

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• Led feature scoping and translated product requirements into actionable Jira tasks.

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• Provided tech leadership for a team of engineers, guiding implementation and design decisions.

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• Implemented features and contributed to core systems within the codebase.

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Major contributor to the development of

3D Design Home, a mobile game, from concept through to launch.

 

● Architected data-driven reward UI framework with unified popups​

● Implemented a reusable anchor component to auto‑position child decor by parent bounds.​

● Optimized game through a pooled, ref‑counted TextureManager in Unity​

● Developed configuration systems, enabling real-time adjustments in a live environment

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Developed core gameplay systems for a match-3 mobile game.

 

● Developed recursive, ring-based hex-grid match detection

● Architected seed-driven RNG and event-based sync for PVP mode.

● Built data-driven Boss Mode system with event-driven match-to-damage logic and UI updates.

● Standardized authentication, data, purchases, and CloudScript calls in a single API layer.

In my free time, I am the sole Designer and Engineer on a 2D Shoot 'em up game in Unity featuring:
 

● Dual finite‑state machines​

● Modular UI framework​

● Asynchronous scene‑loading system​

● Data‑driven AI motion patterns (arching and orbiting) using sinusoidal interpolation​

● Centralized service architecture with lifecycle‑managed instances

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Developed a Unity plugin that enabled developers to integrate backend services for adding modding support to their games.

 

● Implemented asynchronous REST API requests and handling

● Designed and prototyped monetization and multiplayer support features​

● Created and maintained a Unity CI/CD pipeline across 10 platforms and multiple​Unity versions with automated testing.

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Designed and implemented a 2D game engine with:

● Real‑time sprite animation system ​

● GLSL bloom post‑processing
● Flexible input layer mapping
● Recursive AABB collision detection
● Modular Scene Graph
● Templated resource cache
● Component‑based UI framework
● FSM‑driven state stack

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Optimized gameplay features for a match-3 puzzle game.

 

● Identified, diagnosed, and resolved software bugs, improving system stability and performance through rigorous debugging and code optimization.