*Evaluate and improve the design of the LLRF systems to support the Research Accelerator Division’s mission to provide high availability (>90%) neutrons for Neutron Science investigations.
*Perform failure analysis and study mean time to repair and mean time to failure data on LLRF systems to propose reliability upgrades.
*Develop new architectures and algorithms for upgrades of the LLRF systems used throughout the accelerator complex.
*Serve as a subject matter expert on the LLRF systems for the RF team and operations group.
*Provide LLRF support for the accelerator including occasional call-in and off-normal work hours.
*Perform simulations of RF control systems in support of low-level RF control system development.
*Evaluate and improve the designs of digital feedback control systems.
*Develop and improve hardware description language (HDL) for systems utilizing field programmable gate arrays (FPGA).
*Develop control interfaces for custom hardware platforms utilizing LabView, C++, and EPICS software.
*Develop documentation and procedures for LLRF equipment and ancillary systems.
*Develop training materials for LLRF systems and participate in training of SNS staff.
*Ensure compliance with environmental, safety, health and quality program requirements.
*Maintain a strong commitment to the implementation and perpetuation of values, ethics, and diversity.
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