
Contributed to FarmasiaVR/farmasia-vr by delivering six features and resolving two bugs over three months, focusing on VR workflow enhancements and performance optimization. Work included streamlining sterile environment assets, improving VR interaction realism, and implementing cross-scene FPS tracking with toggleable UI. Applied Unity and C# to optimize rendering pipelines through occlusion culling, GPU instancing, and particle budget adjustments, resulting in improved frame rates and reduced memory usage. Addressed stability issues such as hint box errors and visibility bugs, while maintaining diligent version control. Demonstrated depth in 3D graphics, Unity development, and performance tuning to enhance both user experience and maintainability.
April 2025 monthly summary for FarmasiaVR/farmasia-vr. Implemented cross-scene performance visibility, stability and editor optimizations, delivering measurable business value through enhanced user experience in VR workflows and improved rendering efficiency across scenes.
April 2025 monthly summary for FarmasiaVR/farmasia-vr. Implemented cross-scene performance visibility, stability and editor optimizations, delivering measurable business value through enhanced user experience in VR workflows and improved rendering efficiency across scenes.
March 2025 monthly summary for FarmasiaVR/farmasia-vr. Key outcomes include delivered VR Interaction and Visualization Improvements, and Tube Shaking Accuracy enhancements, along with a stability fix for the Hint Box. Impact includes improved VR realism and interaction reliability, more accurate simulation of tube mixing, and reduced crash/QA overhead. Technologies demonstrated include Unity 3D VR development, hitbox/collider tuning, and multi-axis movement integration for physics-based simulations. Commit traceability is preserved in the following changes: VR Improvements (38c413ce2082199434ca458842810ac7d666cc11 - Increases tubes stand hitbox; 3897a68a0d20a9557273bf30ca29990c893e2e08 - Increased size of laminar flow cabinet); Hint Box Stability Fix (e2bc68c28067768e82b275b23c544de243fc76e7 - Removed error when opening hintbox); Tube Shaking Accuracy (1495e05a268f4be16ddd9abf01aafb84d20f0b49 - Added x-axis to tube shaking; 1058a115fbd0f5e0b4f5753a74c14ac21b40c840 - Added z-axis to tube shaking).
March 2025 monthly summary for FarmasiaVR/farmasia-vr. Key outcomes include delivered VR Interaction and Visualization Improvements, and Tube Shaking Accuracy enhancements, along with a stability fix for the Hint Box. Impact includes improved VR realism and interaction reliability, more accurate simulation of tube mixing, and reduced crash/QA overhead. Technologies demonstrated include Unity 3D VR development, hitbox/collider tuning, and multi-axis movement integration for physics-based simulations. Commit traceability is preserved in the following changes: VR Improvements (38c413ce2082199434ca458842810ac7d666cc11 - Increases tubes stand hitbox; 3897a68a0d20a9557273bf30ca29990c893e2e08 - Increased size of laminar flow cabinet); Hint Box Stability Fix (e2bc68c28067768e82b275b23c544de243fc76e7 - Removed error when opening hintbox); Tube Shaking Accuracy (1495e05a268f4be16ddd9abf01aafb84d20f0b49 - Added x-axis to tube shaking; 1058a115fbd0f5e0b4f5753a74c14ac21b40c840 - Added z-axis to tube shaking).
February 2025 focused targeted asset cleanup in FarmasiaVR/farmasia-vr to streamline sterile workflows and improve runtime performance. Delivered a leaner scene by removing obsolete sterile-related animation logic and unused assets, while preserving current functionality. Changes reduce interaction complexity, lower memory footprint, and simplify future maintenance. Technologies showcased include Unity asset management and C# scripting, with diligent version-control discipline across commits.
February 2025 focused targeted asset cleanup in FarmasiaVR/farmasia-vr to streamline sterile workflows and improve runtime performance. Delivered a leaner scene by removing obsolete sterile-related animation logic and unused assets, while preserving current functionality. Changes reduce interaction complexity, lower memory footprint, and simplify future maintenance. Technologies showcased include Unity asset management and C# scripting, with diligent version-control discipline across commits.

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