
Worked across DUNE/dunesim, DUNE/MaCh3_DUNE, mach3-software/MaCh3, and DUNE/duneana repositories to deliver reliability improvements, performance optimizations, and new analysis capabilities. Addressed simulation accuracy in dunesim by correcting active volume definitions and fiducial cut handling using C++ and configuration management. Enhanced MaCh3_DUNE build stability and data representation through CMake and YAML adjustments. Optimized GPU spline evaluation in MaCh3 by refactoring CUDA code to reduce memory bottlenecks, improving throughput for scientific computing workloads. Introduced a Region of Interest analysis module in duneana, enabling ROI-centric data handling and output generation. Demonstrated strengths in C++, parallel computing, and software refactoring.
February 2026 monthly summary focusing on delivering business value and technical excellence across mach3-software/MaCh3 and DUNE/duneana. Key outcomes include reliability improvements in spline event handling and the introduction of an ROI analysis module for DUNE to accelerate data-driven insights. These efforts reduce downstream debugging, improve accuracy of spline event processing, and enable ROI-centric tracking and output generation for physics analyses.
February 2026 monthly summary focusing on delivering business value and technical excellence across mach3-software/MaCh3 and DUNE/duneana. Key outcomes include reliability improvements in spline event handling and the introduction of an ROI analysis module for DUNE to accelerate data-driven insights. These efforts reduce downstream debugging, improve accuracy of spline event processing, and enable ROI-centric tracking and output generation for physics analyses.
Month: 2026-01 — Summary: Delivered a key performance optimization for the GPU spline path in MaCh3. Replaced shared memory usage with local variables in the GPU spline evaluation code, reducing memory access bottlenecks and improving throughput for spline computations in rendering workloads. The change is recorded in commit d09bb1dd5b8b0baaee4ef28b80aaf912c4e62951.
Month: 2026-01 — Summary: Delivered a key performance optimization for the GPU spline path in MaCh3. Replaced shared memory usage with local variables in the GPU spline evaluation code, reducing memory access bottlenecks and improving throughput for spline computations in rendering workloads. The change is recorded in commit d09bb1dd5b8b0baaee4ef28b80aaf912c4e62951.
December 2024 — DUNE/MaCh3_DUNE: No new user-facing features delivered. Focused on reliability and analysis readiness through two critical bug fixes. Key results include: 1) Build stability and correct data representation for a mode in StructsDUNE.h via CMakeLists.txt adjustments; 2) Baseline uncertainty handling adjustment in OscCov_PDG2021_v2.yaml by updating the Detector ID's Error parameter. Commits: c2b836f17bf86d6a71abe28bef97dcb2aaf1e81e (Minor fixes); b87f651b7f45747ec633ecea0e52064ea410f467 (No prior on baseline). Impact: more reliable builds, accurate data representation, and improved downstream analyses; enhanced reproducibility and auditability through explicit commits. Technologies/skills demonstrated: CMake/build configuration, C++, data representation discipline, YAML configuration, and version control.
December 2024 — DUNE/MaCh3_DUNE: No new user-facing features delivered. Focused on reliability and analysis readiness through two critical bug fixes. Key results include: 1) Build stability and correct data representation for a mode in StructsDUNE.h via CMakeLists.txt adjustments; 2) Baseline uncertainty handling adjustment in OscCov_PDG2021_v2.yaml by updating the Detector ID's Error parameter. Commits: c2b836f17bf86d6a71abe28bef97dcb2aaf1e81e (Minor fixes); b87f651b7f45747ec633ecea0e52064ea410f467 (No prior on baseline). Impact: more reliable builds, accurate data representation, and improved downstream analyses; enhanced reproducibility and auditability through explicit commits. Technologies/skills demonstrated: CMake/build configuration, C++, data representation discipline, YAML configuration, and version control.
November 2024 (2024-11) monthly summary for DUNE/dunesim: Implemented a critical fix to the fiducial cut and active volume ordering in dune_fdvd_genie_atmo_max_weighted_honda, correcting the mbox parameter handling and ensuring generation ranges align with fiducial criteria. This patch mitigates mis-specified active volumes, improves simulation reliability, and reduces downstream processing discrepancies. The change was reviewed and committed (7250da670c602f7e1f42613e0d5d2bdedaa67a32) and validated with targeted tests. Ready for production runs.
November 2024 (2024-11) monthly summary for DUNE/dunesim: Implemented a critical fix to the fiducial cut and active volume ordering in dune_fdvd_genie_atmo_max_weighted_honda, correcting the mbox parameter handling and ensuring generation ranges align with fiducial criteria. This patch mitigates mis-specified active volumes, improves simulation reliability, and reduces downstream processing discrepancies. The change was reviewed and committed (7250da670c602f7e1f42613e0d5d2bdedaa67a32) and validated with targeted tests. Ready for production runs.

Overview of all repositories you've contributed to across your timeline