
Worked on the DUNE/dunendggd repository to refine the SAND ECAL endcap geometry and implement automated workflows for geometry validation and simulation. Developed detailed C-shaped endcap volumes with accurate placement and material definitions, enhancing the fidelity of detector simulations. Leveraged C++ and Geant4 for geometry construction and Python scripting for automated testing and visualization tooling. Introduced a CI/CD workflow that generates and validates geometry, reducing release risk and improving simulation accuracy. Updated ECAL module specifications, including changes to AL plate shapes, to align with evolving detector models. The work focused on robust, maintainable code supporting downstream analysis and calibration.
February 2026 monthly summary for DUNE/dunendggd: Delivered automated release and testing workflow with geometry generation/validation and ECAL simulation enhancements. Added geometry checks and visualization tooling, and updated ECAL module specifications to improve simulation accuracy. Merged PR 83, updating ECAL AL plate shape to trapezoid to align with updated geometry models. These efforts reduce release risk, improve validation coverage, and enhance ECAL simulation fidelity for the DUNE project.
February 2026 monthly summary for DUNE/dunendggd: Delivered automated release and testing workflow with geometry generation/validation and ECAL simulation enhancements. Added geometry checks and visualization tooling, and updated ECAL module specifications to improve simulation accuracy. Merged PR 83, updating ECAL AL plate shape to trapezoid to align with updated geometry models. These efforts reduce release risk, improve validation coverage, and enhance ECAL simulation fidelity for the DUNE project.
January 2025 monthly summary focused on delivering the SAND ECAL endcap geometry refinement and module integration within the DUNE/dunendggd repository. Implemented detailed geometry for the SAND ECAL endcaps, including construction of C-shaped volumes and integration of active and passive layers. Refactored endcap components and added logic to accurately represent endcap modules, ensuring proper placement and material definitions within the detector geometry. The work enhances simulation fidelity for ECAL-related physics and supports downstream analysis and calibration efforts. Commit: ece36ecbeddd0917e4327b6337435e1213e3c8cf (18 implement detailed geometry for sand ecal endcaps (#40)).
January 2025 monthly summary focused on delivering the SAND ECAL endcap geometry refinement and module integration within the DUNE/dunendggd repository. Implemented detailed geometry for the SAND ECAL endcaps, including construction of C-shaped volumes and integration of active and passive layers. Refactored endcap components and added logic to accurately represent endcap modules, ensuring proper placement and material definitions within the detector geometry. The work enhances simulation fidelity for ECAL-related physics and supports downstream analysis and calibration efforts. Commit: ece36ecbeddd0917e4327b6337435e1213e3c8cf (18 implement detailed geometry for sand ecal endcaps (#40)).

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