January 2026 focused on delivering a high-impact feature for ML/HPC workloads alongside a critical bug fix to improve debugging and build reliability. All work centers on ROCm/composable_kernel, with clear business value through hardware-accelerated tensor contractions and more robust development workflows.

Month 2025-10: ROCm/hipTensor focused on modernization, builds reliability, and hardware-aware deployment. Key features delivered include: 1) C API headers and header guard modernization, introducing C API headers for C compatibility, upgrading to C++20, deprecating older C++ headers in favor of C-style headers, and standardizing header guards to improve compatibility and readability, addressing build issues such as hiptensorGetVersion redefinition. 2) Dynamic architecture query support in the build system, adding a new CMake function and script to query supported hipTensor architectures, enabling dynamic build configuration based on hardware capabilities. Major bugs fixed include the build error related to hiptensorGetVersion redefinition during the C API headers modernization. Overall impact: improved build reliability across compilers and platforms, easier downstream integration, and more efficient hardware-targeted builds, setting the stage for future performance optimizations and maintainability improvements. Technologies/skills demonstrated: C API design, C++20 modernization, header guard standardization (#pragma once), CMake scripting and build-system hardening, architecture-aware build configuration, and proactive build reliability fixes.

Month 2025-09: Focused on enhancing observability and maintainability for HipTensor in ROCm. Delivered logging enhancements, minor internal refactor to streamline handle creation, and quality improvements to benchmarking/testing artifacts. Resulted in faster debugging, more reliable benchmarks, and cleaner code with low risk changes.

August 2025: Strengthened test infrastructure for ROCm/hipTensor with enhanced logging, safer resource teardown, and improved test stability, delivering reliability improvements, easier debugging, and faster validation of features and fixes.