Designed and implemented new gameplay systems using both C++ and Blueprint to support emerging design requirements.

Built modular tools and components enabling designers to prototype and integrate mechanics efficiently.

Refactored and stabilized legacy C++ systems to ensure compatibility and seamless integration with new features.

Collaborated cross‑discipline with designers, technical artists, and QA to validate functionality, gather feedback, and iterate on system behavior.

Developed and maintained gameplay systems supporting dynamic player interactions and object behavior.

Built reusable components for in-game objects, enabling scalable mechanics across levels.

Collaborated with design and art teams to implement polished, immersive environments.

Profiled and optimized game logic, reducing runtime overhead and improving performance stability.

Designed and implemented core gameplay systems supporting player progression, combat, and interaction loops.

Developed scalable and optimized C# code within the Godot Engine, maintaining performance across platforms.

Collaborated with a small team of designers and artists to align technical systems with gameplay and aesthetic goals.

Contributed to a soon-to-be-published title launching on Steam, with a focus on polish, stability, and feature completeness.

Taught Python programming, focusing on foundational concepts, data manipulation, and problem-solving techniques.

Introduced students to Unreal Engine, guiding them through the basics of interactive simulations and software design.

Designed and led hands-on projects to apply programming skills in real-world scenarios, enhancing student engagement and comprehension.

Promoted a supportive and interactive learning atmosphere, adapting teaching methods to diverse learning styles.

Led a comprehensive rewrite of the game’s upgrade system, implementing new gameplay mechanics and enhancing the overall player experience in a Unity-based environment.

Utilized C# to develop and optimize scalable code across multiple files, significantly improving the game's functionality and performance.

Redesigned logic to eliminate bugs and ensure robust, maintainable code, thereby boosting game reliability and user satisfaction.

Collaborated with cross-functional teams to ensure seamless integration of new features, maintaining consistent game design and quality standards.