
Over six months, contributed to the Mu2e/otsdaq-mu2e repository by developing features and resolving bugs across build automation, real-time data acquisition, and environment management. Delivered automation scripts in Bash and Shell to streamline OTS operations setup, enhanced CI/CD workflows for reliable deployments, and improved database management for run records using C++ and JavaScript. Focused on robust error handling, code formatting, and hardware integration, the work included refining initialization routines for timing and data acquisition, as well as improving user experience in ROC programming. These efforts reduced manual configuration, increased system reliability, and supported maintainable, traceable development practices for embedded systems.
April 2026 monthly summary for Mu2e/otsdaq-mu2e focusing on timing, initialization, and data acquisition readiness. Delivered enhancements that enable punched clock by default in CFO configuration and configure ROC at run start to improve timing, initialization, and data acquisition readiness. The work reduces manual setup, increases run readiness, and supports more reliable data collection.
April 2026 monthly summary for Mu2e/otsdaq-mu2e focusing on timing, initialization, and data acquisition readiness. Delivered enhancements that enable punched clock by default in CFO configuration and configure ROC at run start to improve timing, initialization, and data acquisition readiness. The work reduces manual setup, increases run readiness, and supports more reliable data collection.
March 2026: Delivered automation for the OTS operations environment and enhanced run-record querying, focusing on faster provisioning, reliability, and scalable data access, driving operational efficiency and data-driven decision-making.
March 2026: Delivered automation for the OTS operations environment and enhanced run-record querying, focusing on faster provisioning, reliability, and scalable data access, driving operational efficiency and data-driven decision-making.
February 2026 (2026-02) monthly summary for Mu2e/otsdaq-mu2e focusing on delivering reliable, maintainable code and clear business value. Work concentrated on targeted bug fixes and a small but impactful code quality improvement, with explicit commits traceable to dedicated features/bugs.
February 2026 (2026-02) monthly summary for Mu2e/otsdaq-mu2e focusing on delivering reliable, maintainable code and clear business value. Work concentrated on targeted bug fixes and a small but impactful code quality improvement, with explicit commits traceable to dedicated features/bugs.
Month: 2025-12 — Repository: Mu2e/otsdaq-mu2e. Delivered a set of UX, reliability, and data-management improvements focusing on ROC programming workflows, CAPTAN pulse configuration clarity, and run data handling. These changes improve user experience, reduce operator confusion, and strengthen the foundation for robust run information tracking and schema evolution.
Month: 2025-12 — Repository: Mu2e/otsdaq-mu2e. Delivered a set of UX, reliability, and data-management improvements focusing on ROC programming workflows, CAPTAN pulse configuration clarity, and run data handling. These changes improve user experience, reduce operator confusion, and strengthen the foundation for robust run information tracking and schema evolution.
November 2025 — Mu2e/otsdaq-mu2e: Delivered foundational CI/CD workflow automation and project hygiene improvements across the runTypeSpecificRunRanges integration, enhancing build reliability and traceability. Restored stability for DTCFrontEndInterface by reverting changes to ensure compatibility with hardware development and event-building modes, reducing integration risk. Overall impact: faster, more reproducible deployments; clearer issue management; and preserved hardware development readiness. Technologies demonstrated include Git-based version control, CI/CD tooling, code formatting, and issue-tracking best practices.
November 2025 — Mu2e/otsdaq-mu2e: Delivered foundational CI/CD workflow automation and project hygiene improvements across the runTypeSpecificRunRanges integration, enhancing build reliability and traceability. Restored stability for DTCFrontEndInterface by reverting changes to ensure compatibility with hardware development and event-building modes, reducing integration risk. Overall impact: faster, more reproducible deployments; clearer issue management; and preserved hardware development readiness. Technologies demonstrated include Git-based version control, CI/CD tooling, code formatting, and issue-tracking best practices.
July 2025 Monthly Summary for Mu2e/otsdaq-mu2e: Implemented a safety improvement in the development environment workflow for mu2e-trig-config within tdaq-develop. The mu2e-quick-spack-start script now verifies the existence of mu2e-trig-config before adding it to the --develop environment, preventing duplicates and reducing setup fragmentation for TriggerConfigTables. This change reduces time-to-productive development and lowers the risk of misconfig in new dev machines, enhancing team productivity and reliability of the TriggerConfigTables workflow.
July 2025 Monthly Summary for Mu2e/otsdaq-mu2e: Implemented a safety improvement in the development environment workflow for mu2e-trig-config within tdaq-develop. The mu2e-quick-spack-start script now verifies the existence of mu2e-trig-config before adding it to the --develop environment, preventing duplicates and reducing setup fragmentation for TriggerConfigTables. This change reduces time-to-productive development and lowers the risk of misconfig in new dev machines, enhancing team productivity and reliability of the TriggerConfigTables workflow.

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