
Contributed to the LDMX-Software/ldmx-sw repository by developing and maintaining simulation and geometry modeling tools for high-energy physics detector studies. Over four months, delivered geometry upgrades, including v14i and v15 enhancements, automated assembly generation, and improved trigger modeling with active TS Pad volumes. Addressed reliability by fixing out-of-range errors in C++ analysis modules and stabilizing simulation defaults to eliminate Geant4 warnings. Enhanced visualization workflows by introducing a Geant4 macro execution wrapper with OpenGL support and documentation. Work emphasized maintainability through code cleanup, backward compatibility, and repository hygiene, leveraging C++, Python scripting, GDML, and XML configuration for robust simulation development.
March 2026 monthly performance summary for LDMX-Software/ldmx-sw. Focused on delivering core geometry updates for accurate trigger modeling and improving Geant4 visualization tooling, with significant automation and maintainability gains.
March 2026 monthly performance summary for LDMX-Software/ldmx-sw. Focused on delivering core geometry updates for accurate trigger modeling and improving Geant4 visualization tooling, with significant automation and maintainability gains.
February 2026 monthly summary: Delivered LDMX geometry upgrade with v14i geometry for TSPad studies and reintroduced vertTS geometry with updated detector configurations; removed obsolete files; aligned simulation with latest LDMX design specs. This work improves model fidelity for detector studies, streamlines maintenance, and reduces integration risk. Repository hygiene improvements and preserved history via restoration of a lost commit demonstrate strong engineering discipline and collaboration.
February 2026 monthly summary: Delivered LDMX geometry upgrade with v14i geometry for TSPad studies and reintroduced vertTS geometry with updated detector configurations; removed obsolete files; aligned simulation with latest LDMX design specs. This work improves model fidelity for detector studies, streamlines maintenance, and reduces integration risk. Repository hygiene improvements and preserved history via restoration of a lost commit demonstrate strong engineering discipline and collaboration.
January 2026 monthly summary for LDMX-Software/ldmx-sw focusing on stabilizing the simulation pipeline by hardening the default production cuts and eliminating Geant4 warnings, resulting in more reliable and reproducible simulations, faster debug cycles, and clearer error signals for maintainers.
January 2026 monthly summary for LDMX-Software/ldmx-sw focusing on stabilizing the simulation pipeline by hardening the default production cuts and eliminating Geant4 warnings, resulting in more reliable and reproducible simulations, faster debug cycles, and clearer error signals for maintainers.
December 2025 monthly summary for LDMX Software team (LDMX-Software/ldmx-sw). Focused on reliability and upgrade readiness. Delivered a critical bug fix in EcalClusterAnalyzer to prevent out-of-range errors and completed v15 compatibility updates for materials and tracking, enabling smoother migrations and backward compatibility.
December 2025 monthly summary for LDMX Software team (LDMX-Software/ldmx-sw). Focused on reliability and upgrade readiness. Delivered a critical bug fix in EcalClusterAnalyzer to prevent out-of-range errors and completed v15 compatibility updates for materials and tracking, enabling smoother migrations and backward compatibility.

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