
Worked on expanding cross-platform ARM64 support for Windows within the IfcOpenShell repository, focusing on both build automation and Python integration. Delivered Windows ARM64 build readiness by updating CMake configurations and managing dependencies to ensure compatibility and performance on ARM-based Windows devices. Addressed a compatibility issue in the Python bindings by refining directory checks to recognize pythonarm64-prefixed packages, enabling smoother deployment of Python modules on ARM64 systems. Utilized Python, YAML, and Batchfile to streamline continuous integration workflows and DevOps processes. These efforts reduced ARM64-specific friction and established a foundation for future optimizations in cross-platform Windows development for IfcOpenShell.
March 2026 monthly summary for the IfcOpenShell team focused on expanding cross-Platform ARM64 support for Windows and stabilizing ARM64 Python bindings. Delivered Windows ARM64 build readiness for IfcOpenShell, with build configuration and dependency updates across five commits to ensure compatibility and performance on ARM-based Windows devices. Fixed Windows ARM64 Python bindings compatibility by updating the directory check to include pythonarm64-prefixed packages (commit 18c035ea77ba1860b38d914f88de6e68e2885eae). These efforts broaden platform coverage, reduce ARM64-specific friction, and establish a foundation for future optimizations on ARM-based deployments.
March 2026 monthly summary for the IfcOpenShell team focused on expanding cross-Platform ARM64 support for Windows and stabilizing ARM64 Python bindings. Delivered Windows ARM64 build readiness for IfcOpenShell, with build configuration and dependency updates across five commits to ensure compatibility and performance on ARM-based Windows devices. Fixed Windows ARM64 Python bindings compatibility by updating the directory check to include pythonarm64-prefixed packages (commit 18c035ea77ba1860b38d914f88de6e68e2885eae). These efforts broaden platform coverage, reduce ARM64-specific friction, and establish a foundation for future optimizations on ARM-based deployments.

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