
Worked on the pcdshub/mfx repository to deliver robust motion control, data acquisition, and automation features for scientific instrumentation. Developed deterministic frameworks for motor and spectrometer positioning, implemented calibration and optimization scripts, and enhanced device reliability through chunked motion logic and safety checks. Leveraged Python, EPICS, and object-oriented programming to integrate hardware, automate beamline alignment, and process imaging data. Addressed operational risks by relocating data paths and validating permissions, while improving maintainability with standardized interfaces and clear separation of logic. The work emphasized reliability, precision, and automation, resulting in safer, more reproducible experiments and streamlined scientific workflows.
January 2026 — pcdshub/mfx: Delivered automated mirror pointing optimization script and fixed undulator motion control reliability, with measurable improvements in throughput and safety.
January 2026 — pcdshub/mfx: Delivered automated mirror pointing optimization script and fixed undulator motion control reliability, with measurable improvements in throughput and safety.
In November 2025, work on the pcdshub/mfx repository focused on increasing reliability and autonomy of beam positioning and calibration workflows, delivering measurable business value through safer operations and reduced manual intervention.
In November 2025, work on the pcdshub/mfx repository focused on increasing reliability and autonomy of beam positioning and calibration workflows, delivering measurable business value through safer operations and reduced manual intervention.
October 2025 monthly summary for pcdshub/mfx focused on reliability and data integrity improvements for YAG device scans. Implemented save path relocation and added permissions validation test to ensure write access to the new directory. This reduces operational risk and supports consistent data capture in production.
October 2025 monthly summary for pcdshub/mfx focused on reliability and data integrity improvements for YAG device scans. Implemented save path relocation and added permissions validation test to ensure write access to the new directory. This reduces operational risk and supports consistent data capture in production.
September 2025 monthly summary focused on precision, reliability, and data processing improvements in the MFX system. Key work delivered enhancements to TFS lens support, deterministic X/Y axes, energy scan planning, motor reliability, and YAG data processing pipelines, enabling more stable experiments and faster, more reproducible results.
September 2025 monthly summary focused on precision, reliability, and data processing improvements in the MFX system. Key work delivered enhancements to TFS lens support, deterministic X/Y axes, energy scan planning, motor reliability, and YAG data processing pipelines, enabling more stable experiments and faster, more reproducible results.
April 2025 monthly summary for pcdshub/mfx focusing on deterministic motor control improvements and spectrometer positioning reliability.
April 2025 monthly summary for pcdshub/mfx focusing on deterministic motor control improvements and spectrometer positioning reliability.

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