May 2025 monthly summary: Delivered targeted build-system enhancements for ROCm components rocSOLVER and rocBLAS, focusing on modernizing GoogleTest integration and CMake compatibility to improve reliability, portability, and maintainability. Replaced deprecated GTest::GTest with GTest::gtest in rocSOLVER, added fallback logic for older CMake versions, and used generator expressions for robust build scripts. In rocBLAS, modernized GTest integration by switching to explicit library targets instead of deprecated GTEST_BOTH_LIBRARIES, improving upstream compatibility and build robustness. These changes reduce build/test breakages, accelerate CI cycles, and simplify future maintenance. Technologies demonstrated include CMake, GoogleTest, generator expressions, and cross-repo build-system standardization.

April 2025 delivery focused on build stability, test reliability, and expanded hardware/environment support across ROCm/hipSPARSE, ROCm/MIOpen, and ROCm/hipBLAS. Key outcomes include updating the HipSPARSE build to replace deprecated GTest alias, hardening MIOpen’s test infrastructure and MIOpenDriver usability, extending GPU detection for gfx1151/gfx1036, and integrating SQLite3 for MIOpenDriver in modern CMake contexts. These changes reduce CI failures, improve developer UX, and broaden hardware and environment coverage.

March 2025 highlights: Key stability improvement in hipSOLVER through a CHOLMOD include-path fix that ensures compatibility with diverse SuiteSparse installations. Updated CMake logic to reliably locate cholmod.h, resolving build issues with custom SuiteSparse builds. The change enhances cross-platform build reliability, reduces user-facing failures, and lowers maintenance effort for downstream users. Demonstrated skills in CMake-based dependency discovery, build-system resilience, and cross-library compatibility with CHOLMOD/SuiteSparse.