
Worked on the microsoft/vcpkg repository to address build failures affecting the PCL library on ARM and ARM64 platforms. Focused on stabilizing cross-architecture builds by conditionally disabling SSE instructions for ARM targets and removing problematic baseline entries for arm-neon-android and arm64-android. This approach reduced manual workarounds and improved CI reliability, ensuring more consistent package availability for ARM architectures. Demonstrated expertise in build systems and cross-compilation, utilizing CMake to manage conditional compilation and platform-specific configurations. The work contributed to more robust ARM support within the vcpkg ecosystem, directly enhancing the reliability of cross-arch builds for downstream users and maintainers.
February 2025 for microsoft/vcpkg: Delivered a PCL ARM/ARM64 build compatibility fix to stabilize cross-arch builds and improve ARM platform support. Implemented conditional disabling of SSE for ARM/ARM64 and removed problematic arm-neon-android and arm64-android baselines, backed by a targeted commit. Result: reduced build failures, fewer manual workarounds, and stronger CI reliability for ARM targets. Technologies/skills demonstrated include cross-arch build tuning, conditional compilation, SSE handling, and ARM-specific baseline management.
February 2025 for microsoft/vcpkg: Delivered a PCL ARM/ARM64 build compatibility fix to stabilize cross-arch builds and improve ARM platform support. Implemented conditional disabling of SSE for ARM/ARM64 and removed problematic arm-neon-android and arm64-android baselines, backed by a targeted commit. Result: reduced build failures, fewer manual workarounds, and stronger CI reliability for ARM targets. Technologies/skills demonstrated include cross-arch build tuning, conditional compilation, SSE handling, and ARM-specific baseline management.

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