• Implemented a multithreaded, tiled heightmap importer for a 784 sq km terrain, extending the Voxel plugin's size limitations and

optimizing large-scale terrain import performance

• Converted a Blueprint-based creative editor into C++ gameplay modules, integrating multiplayer networking, the Gameplay Ability

System, and Voxel plugin features to improve performance, scalability, and extensibility

• Refactored AWS GameLift and Cognito integrations into reusable, SOLID-compliant C++ gameplay modules, creating a generic

interface for scalable connectivity using Unreal Engine's AWS APIs

• Utilized Unreal Engine's Lyra framework to streamline development and build modular, network-ready gameplay features

I provide consulting and programming work for Unreal Engine 5 game development.

• Developed networked gameplay systems for a third-person shooter prototype, including an open-world bounty system and advanced

movement abilities like sprint, slide, and super jump

• Refactored core gameplay systems of the "Golden Tides" MOBA using SOLID principles, improving extensibility and maintainability

• Applied Gameplay Ability System to build synchronized and predictive multiplayer character abilities

• Created modular open-world systems for tracking and progressing tournament objectives, enabling players to engage in free-form

competitive gameplay

• Collaborated with UX designers to implement features for a multiplayer fitness app, adhering closely to the game design document to

maintain a consistent user experience

• Integrated AWS backend services, including GameLift (server hosting), Cognito (authentication), and RDS (database management),

to support the app's multiplayer infrastructure

• Translated Figma-based UX designs into functional UI using Unreal UMG, ensuring high visual accuracy and usability

• Established UDP-based communication between a Python script and the app, using a structured JSON protocol to handle discrete input

actions

• Developed the multiplayer sci-fi VR sword fighting game Swords of Gurrah from prototype to release, with full ownership of combat

systems and networked interactions

• Engineered advanced VR weapon controls, enhancing immersion and precision in melee combat

• Optimized replicated combat interactions to ensure smooth, low-latency sword fighting mechanics

• Set up VR player models and armor customization systems using character assets, improving visual feedback and personalization