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to the optimization of detector design. Collaborate with technical and research colleagues to develop prototype detector systems. Design, set up, and execute experiments to characterize and evaluate detector
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operating conditions. These responsibilities will include the theoretical modeling of coupled electro-thermal energy systems as well as the design and implementation of laboratory experiments. What You Will
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be orchestrating innovation and precision. The primary job duties will include planning and translating initial scientific requirements into engineering designs and applying core project management
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for design work, planning and implementation, in collaboration with project management and other system engineers and scientists within the ALS (Advanced Light Source), ALS-U (Advanced Light Source Upgrade
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for an X-Ray Optics Specialist to join the team. As a scientist specializing in the development of x-ray optics and optical systems, you'll be at the forefront of designing, specifying, creating, testing
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and optical systems, you'll be at the forefront of designing, specifying, creating, testing, and using state-of-the-art beamlines, endstations, and experimental systems. Your contributions will drive
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models on field programmable gate array (FPGA), and contributing to other areas within the BACI program. What You Will Do: Design and train the ML models to control and feedback complex systems, such as
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group. In addition to delivering independent solutions and support across various electronic systems within the ALS, responsibilities include designing, documenting, procuring, fabricating, and providing
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, sketches, parts lists, and assembly diagrams. Exercise independent judgment; develop and follow general specifications, plan work methods and component, tooling, equipment and material selection to achieve
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Group. In this role, you will collaborate to design, construct, and test the next generation of superconducting ECR ion sources (beyond VENUS) in the Nuclear Science Division. Areas of responsibility