
Contributed to the godotengine/godot repository by developing advanced OpenXR rendering performance optimizations and enhancing spatial capabilities for AR/VR workflows. Focused on C++ and Vulkan, the work introduced dynamic swapchain sizing and eye-tracked foveation to improve frame timing and resource utilization on XR devices, particularly optimizing Android scheduling through thread type specification. Additionally, implemented Spatial Entities API enhancements, enabling more flexible creation and management of spatial anchors and aligning with OpenXR specifications for complex spatial tracking. These features established a foundation for richer spatial experiences and forward-compatible integration, demonstrating depth in API development, graphics programming, and performance optimization.
April 2026 monthly summary focused on advancing spatial capabilities in the Godot engine. Implemented Spatial Entities API Enhancements to support creating and managing spatial anchors, updating entity data, and improved discovery, with optional parameters to increase flexibility and alignment with OpenXR specifications for more complex spatial tracking scenarios. The work establishes a solid foundation for richer AR/VR experiences and smoother integration workflows.
April 2026 monthly summary focused on advancing spatial capabilities in the Godot engine. Implemented Spatial Entities API Enhancements to support creating and managing spatial anchors, updating entity data, and improved discovery, with optional parameters to increase flexibility and alignment with OpenXR specifications for more complex spatial tracking scenarios. The work establishes a solid foundation for richer AR/VR experiences and smoother integration workflows.
November 2025 monthly summary for godotengine/godot: Delivered OpenXR-enabled rendering performance optimizations to enhance frame timing and resource utilization in XR workloads. Implementations focus on Android scheduling, dynamic swapchain sizing, and eye-tracked foveation within the Vulkan pipeline. These changes reduce wasted GPU work and improve user-perceived smoothness on XR devices.
November 2025 monthly summary for godotengine/godot: Delivered OpenXR-enabled rendering performance optimizations to enhance frame timing and resource utilization in XR workloads. Implementations focus on Android scheduling, dynamic swapchain sizing, and eye-tracked foveation within the Vulkan pipeline. These changes reduce wasted GPU work and improve user-perceived smoothness on XR devices.

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