
Worked on the Xilinx/XRT repository, delivering core enhancements for dynamic tracing and MicroBlaze debugging in C and C++. Developed a dynamic tracing API and introduced a new MicroBlaze debug data type, refactoring dtrace buffer handling to improve clarity and efficiency. Addressed a critical DTrace buffer size miscalculation by ensuring correct byte-based sizing, which improved tracing stability and accuracy. Later, refactored the Dtrace certification data flow to pass buffers via HSA commands instead of the driver, reducing dependencies and streamlining certification processes. Demonstrated skills in debugging, driver development, embedded systems, and system programming, with a focus on reliability and maintainability.
January 2026 (2026-01) – Xilinx/XRT: Delivered a critical Dtrace integration refactor, moving the Dtrace buffer pass to the certification process via HSA commands instead of the driver. This refactor simplifies the data flow, reduces driver dependencies, and improves certification readiness and observability. The work emphasizes reliability, maintainability, and faster feedback in certification pipelines.
January 2026 (2026-01) – Xilinx/XRT: Delivered a critical Dtrace integration refactor, moving the Dtrace buffer pass to the certification process via HSA commands instead of the driver. This refactor simplifies the data flow, reduces driver dependencies, and improves certification readiness and observability. The work emphasizes reliability, maintainability, and faster feedback in certification pipelines.
August 2025 — Xilinx/XRT: Delivered a critical DTrace reliability fix addressing a buffer size miscalculation, improving tracing stability and correctness of performance diagnostics. Root cause: buffer sizes were interpreted in words rather than bytes; fix multiplies by sizeof(uint32_t) so the config_bo API receives the correct size. Commit: c660da3bc62440f6661b5cc23251f2732f558061. Impact: reduced misconfiguration risk in dynamic tracing, more accurate instrumentation in production, and better developer confidence. Technologies demonstrated: C/C++, low-level memory arithmetic, debugging, patch validation, and clean commit messages.
August 2025 — Xilinx/XRT: Delivered a critical DTrace reliability fix addressing a buffer size miscalculation, improving tracing stability and correctness of performance diagnostics. Root cause: buffer sizes were interpreted in words rather than bytes; fix multiplies by sizeof(uint32_t) so the config_bo API receives the correct size. Commit: c660da3bc62440f6661b5cc23251f2732f558061. Impact: reduced misconfiguration risk in dynamic tracing, more accurate instrumentation in production, and better developer confidence. Technologies demonstrated: C/C++, low-level memory arithmetic, debugging, patch validation, and clean commit messages.
Monthly work summary for 2025-05 focusing on Xilinx/XRT: Delivered core enhancements for dynamic tracing and MicroBlaze debugging, including a dynamic tracing API, new MicroBlaze debug data type, and refactored dtrace buffer handling to improve clarity and efficiency. These changes enable more robust, low-overhead tracing and faster issue diagnosis across hardware/software boundaries, driving improved development velocity and customer-facing reliability.
Monthly work summary for 2025-05 focusing on Xilinx/XRT: Delivered core enhancements for dynamic tracing and MicroBlaze debugging, including a dynamic tracing API, new MicroBlaze debug data type, and refactored dtrace buffer handling to improve clarity and efficiency. These changes enable more robust, low-overhead tracing and faster issue diagnosis across hardware/software boundaries, driving improved development velocity and customer-facing reliability.

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