79 algorithm-development-"Multiple"-"Simons-Foundation"-"University-of-Wisconsin-Madison" positions at Brookhaven Lab in United States
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, managers, and team members. Brookhaven Lab's Information Technology Division's (ITD) mission is to deliver safe, efficient operations that ensure the delivery of the Lab's research mission by: Developing and
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departmental program and for the broad supervision of its execution. Position Description: The Environment, Biology, Nuclear Science & Nonproliferation Directorate conducts fundamental research and develops
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Apply Now Job ID JR102040Date posted 09/22/2025 Position Description As an Electrical Engineer in the Magnet Division, you will be part of a team with the responsibility to design and develop
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) Representative/Radiological Engineer (RPOR/RE) is a field deployed professional member of the ES&H Directorate with the responsibility of assisting their assigned line organizations with the effective development
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bargaining unit personnel Solid time management skills and the ability to organize, prioritize, and perform multiple projects and tasks with acute attention to details Experience with Microsoft Office (Excel
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and Microelectronics Departments. The Directorate develops transformative technology advances that will form the basis of next-generation particle sources and accelerators, detectors, magnets, and
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(CHX, 11-ID) beamline at NSLS-II seeks a postdoctoral researcher with a strong background in computational imaging, data science, or scientific computing. This position will focus on developing advanced
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, power distribution, and fire alarm systems, ensuring compliance with relevant codes and standards. Prepare detailed electrical drawings, specifications, and calculations using AutoCAD Layout and design of
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future collider experiments. The successful candidates will also contribute to the development of trigger technologies intended for use at the HL-LHC and by future experiments. Applicants should have a
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throughput capabilities allow for large scale materials screening. In addition to the traditional X-ray spectroscopic techniques, high energy resolution instruments are under development, which will allow more