
Wes Sketchum developed and integrated advanced data handling and simulation features across DUNE-DAQ and LDMX-Software repositories, focusing on reliability and maintainability. He enhanced DUNE-DAQ/fdreadoutlibs by refactoring testing utilities and expanding unit test coverage, improving validation of data processing and supporting robust firmware development in C++. In LDMX-Software/ldmx-sw, Wes implemented GENIE event generation with HepMC3 formatting, enabling realistic neutrino-nucleus interaction simulations and end-to-end data flow for analysis. His work also included schema design and XML configuration updates, addressing regressions and stabilizing release workflows. Throughout, he applied CMake, Python, and version control to ensure maintainable, production-ready code.

Concise monthly summary for 2025-11 focusing on business value and technical achievements across DUNE-DAQ repositories.
Concise monthly summary for 2025-11 focusing on business value and technical achievements across DUNE-DAQ repositories.
June 2025: Delivered GENIE event generation integration into the LDMX simulation, enabling neutrino-nucleus interaction simulations with HepMC3 data formatting. No major bugs fixed this month; focus was on feature completion, integration, and establishing end-to-end data flow. Impact: significantly improves physics realism and data readiness for analysis; sets a foundation for validating neutrino interactions and benchmarking simulations against GENIE-generated events.
June 2025: Delivered GENIE event generation integration into the LDMX simulation, enabling neutrino-nucleus interaction simulations with HepMC3 data formatting. No major bugs fixed this month; focus was on feature completion, integration, and establishing end-to-end data flow. Impact: significantly improves physics realism and data readiness for analysis; sets a foundation for validating neutrino interactions and benchmarking simulations against GENIE-generated events.
October 2024 performance summary focusing on reliability, maintainability, and test coverage across DUNE-DAQ/fdreadoutlibs and DUNE-DAQ/trigger. Key outcomes include targeted bug fixes for DAPHNE data handling, centralization of testing utilities, and expanded unit test coverage for trigger components, enabling earlier validation of data processing and smoother future development.
October 2024 performance summary focusing on reliability, maintainability, and test coverage across DUNE-DAQ/fdreadoutlibs and DUNE-DAQ/trigger. Key outcomes include targeted bug fixes for DAPHNE data handling, centralization of testing utilities, and expanded unit test coverage for trigger components, enabling earlier validation of data processing and smoother future development.
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