
Benjamin Kimelman developed laser quality assurance tooling for TPC data within the sPHENIX-Collaboration/analysis repository, focusing on event-by-event QA and data storage. He implemented the LaserQA and LaserClusterQA modules using C++ and integrated them into the Fun4All framework, enabling end-to-end processing and calibration validation of laser data. His work included creating new macro files, source files, and build configurations to support the workflow. By leveraging his skills in build systems, data analysis, and software development, Benjamin delivered a focused feature that addressed the need for robust laser data processing, demonstrating depth in both technical integration and workflow enhancement.

Month: 2025-08 — Focused on delivering Laser QA tooling for TPC data in the sPHENIX-Collaboration/analysis repo, enabling event-by-event QA and data storage via Fun4All. Implemented LaserQA and LaserClusterQA modules, integrated into the existing workflow, with new macro files, source files, and build configurations to support end-to-end laser data processing and calibration validation.
Month: 2025-08 — Focused on delivering Laser QA tooling for TPC data in the sPHENIX-Collaboration/analysis repo, enabling event-by-event QA and data storage via Fun4All. Implemented LaserQA and LaserClusterQA modules, integrated into the existing workflow, with new macro files, source files, and build configurations to support end-to-end laser data processing and calibration validation.
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