
Over three months, contributed to the JeffersonLab/coatjava repository by developing and refining backend systems for detector data reconstruction and calibration. Focused on integrating calibration constants infrastructure with CCDB, enhancing time-based event decoding, and improving AHDC data quality through fine timestamp correction and bitwise operations. Extended data structures to support enriched hit and track metrics, normalized data formats for downstream compatibility, and integrated simulation data processing. Applied Java and Python for backend development, leveraging object-oriented programming and low-level techniques to streamline data acquisition, processing, and analysis. Maintained code reliability through targeted bug fixes, code cleanup, and comprehensive unit testing throughout the workflow.
July 2025 monthly summary for JeffersonLab/coatjava focusing on delivering high-value features, fixing data-quality issues, and strengthening the reconstruction workflow. This month prioritized AHDC data quality and time accuracy, integration of AHDC processing into the PulseExtractorEngine, and HitReader enhancements to better support simulation data and waveform handling. The combined work improves data reliability, reconstruction throughput, and maintainability, aligning with physics goals and operational efficiency.
July 2025 monthly summary for JeffersonLab/coatjava focusing on delivering high-value features, fixing data-quality issues, and strengthening the reconstruction workflow. This month prioritized AHDC data quality and time accuracy, integration of AHDC processing into the PulseExtractorEngine, and HitReader enhancements to better support simulation data and waveform handling. The combined work improves data reliability, reconstruction throughput, and maintainability, aligning with physics goals and operational efficiency.
April 2025 performance summary for JeffersonLab/coatjava: Delivered calibration constants infrastructure with CCDB integration to drive reconstruction with time offsets and doca-calibrated time-to-distance data, enabling CCDB-based calibration loading and alerts. Enriched hit data with time attribute and propagated through HitReader to enable time-based reconstruction analyses. Expanded AHDC data structures and Kalman-based tracking with hit filtering and richer metrics, including time, counts, energy deposition, path length, and fit quality. Normalized bank naming and improved data format consistency across AHDC, ATOF, ALERT, improving maintainability and downstream data processing. Updated tests and test data to reflect new structures, ensuring build stability and reliability of reconstruction pipelines.
April 2025 performance summary for JeffersonLab/coatjava: Delivered calibration constants infrastructure with CCDB integration to drive reconstruction with time offsets and doca-calibrated time-to-distance data, enabling CCDB-based calibration loading and alerts. Enriched hit data with time attribute and propagated through HitReader to enable time-based reconstruction analyses. Expanded AHDC data structures and Kalman-based tracking with hit filtering and richer metrics, including time, counts, energy deposition, path length, and fit quality. Normalized bank naming and improved data format consistency across AHDC, ATOF, ALERT, improving maintainability and downstream data processing. Updated tests and test data to reflect new structures, ensuring build stability and reliability of reconstruction pipelines.
Monthly summary for 2025-03 focused on the JeffersonLab/coatjava repository. Delivered timing-based event decoding improvements across DetectorEventDecoder and ModeAHDC, with refactors that streamline time handling and data extraction.
Monthly summary for 2025-03 focused on the JeffersonLab/coatjava repository. Delivered timing-based event decoding improvements across DetectorEventDecoder and ModeAHDC, with refactors that streamline time handling and data extraction.

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