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

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

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

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

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

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

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