
Worked on Burned-Games/W40K-TLM and CITM-MOBILE-DEVICES-TERRASSA/Jumping-Jack, delivering core gameplay features and robust physics systems over four months. Developed and refined collision detection and physics engine integration using C#, Lua, and Unity, focusing on accurate object interactions and maintainable asset pipelines. Enhanced visual fidelity through particle system implementation and scene management, optimizing TeaScene and GLTF-based assets for performance and clarity. Addressed gameplay flow by introducing state transitions, game-over logic, and QA-focused scene adjustments. Prioritized stability and maintainability, streamlining debugging and future expansion. Demonstrated depth in 3D modeling, asset management, and cross-level system consistency across multiple game environments.
June 2025 performance summary for Burned-Games/W40K-TLM: Delivered end-to-end physics and collision system improvements across levels 1–3, migrated level 3 to GLTF-based colliders, and cleaned up outdated collision assets. These changes stabilized interactions, improved accuracy of object physics, and reduced asset bloat, enabling faster QA cycles and more reliable iterations. Overall business value includes a smoother player experience, reduced debugging time, and a maintainable collision pipeline for future expansions.
June 2025 performance summary for Burned-Games/W40K-TLM: Delivered end-to-end physics and collision system improvements across levels 1–3, migrated level 3 to GLTF-based colliders, and cleaned up outdated collision assets. These changes stabilized interactions, improved accuracy of object physics, and reduced asset bloat, enabling faster QA cycles and more reliable iterations. Overall business value includes a smoother player experience, reduced debugging time, and a maintainable collision pipeline for future expansions.
May 2025 monthly summary for Burned-Games/W40K-TLM focused on delivering a robust, verified collision system across levels 1–3, driving gameplay reliability and asset pipeline improvements. Delivered Level 2 Collisions Overhaul, Level 1 Collisions Initialization, and Level 3 Collisions Update, addressing critical physics issues and setting foundation for future optimization. Key outcomes include tighter collision accuracy, reduced detection anomalies, and improved scene/asset integrity across levels, enabling smoother player interactions and easier future maintenance.
May 2025 monthly summary for Burned-Games/W40K-TLM focused on delivering a robust, verified collision system across levels 1–3, driving gameplay reliability and asset pipeline improvements. Delivered Level 2 Collisions Overhaul, Level 1 Collisions Initialization, and Level 3 Collisions Update, addressing critical physics issues and setting foundation for future optimization. Key outcomes include tighter collision accuracy, reduced detection anomalies, and improved scene/asset integrity across levels, enabling smoother player interactions and easier future maintenance.
April 2025: Delivered Particle System / Visual Effects Enhancement for Burned-Games/W40K-TLM, introducing particle system functionality and refining a.TeaScene values for particle positioning, scaling, and materials. This produced a substantial uplift in visual fidelity and player immersion, supported by the commit a6e61a2ef279e2d46724773ed33084d4857a0ea4 (implemented particles). Demonstrated real-time graphics proficiency, shader/material tuning, and scene management with performance-conscious implementation.
April 2025: Delivered Particle System / Visual Effects Enhancement for Burned-Games/W40K-TLM, introducing particle system functionality and refining a.TeaScene values for particle positioning, scaling, and materials. This produced a substantial uplift in visual fidelity and player immersion, supported by the commit a6e61a2ef279e2d46724773ed33084d4857a0ea4 (implemented particles). Demonstrated real-time graphics proficiency, shader/material tuning, and scene management with performance-conscious implementation.
Month: 2024-11 — Jumping-Jack: Key feature deliveries, game-flow stabilization, and QA improvements. Focused on delivering tangible gameplay mechanics, robust state transitions, and release-ready test visuals to accelerate iteration and reduce post-release risk. Business value realized through clearer player feedback loops, reliable game-over handling, and smoother QA cycles.
Month: 2024-11 — Jumping-Jack: Key feature deliveries, game-flow stabilization, and QA improvements. Focused on delivering tangible gameplay mechanics, robust state transitions, and release-ready test visuals to accelerate iteration and reduce post-release risk. Business value realized through clearer player feedback loops, reliable game-over handling, and smoother QA cycles.

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