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transfer robots into a working system. Optimize the MultiSEM for robustness and high-speed acquisition, collaborating closely with an interdisciplinary team and Zeiss engineers to enhance critical parameters
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conducts interdisciplinary research at the intersection of imaging, computer vision, computer graphics, optics, electrical engineering, applied physics, and robotics. The lab’s core research areas
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Climate Fluid Mechanics Lasers and Applied Physics Materials and Mechanical Systems Robotics Princeton University is an Equal Opportunity/Affirmative Action Employer, and all qualified applicants will
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candidates in one or more of the following areas: fracture mechanics of construction materials, architected and bio-inspired materials, additive and robotic manufacturing, and advanced materials processing
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Robotics Process Automation and other technologies that drive processing efficiency Proficient using business intelligence applications to manage, manipulate and analyze large datasets Experience
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advanced manufacturing and assembly, (2) robotics and intelligent systems, and (3) environmental monitoring and climate change management and mitigation. Applicants must hold a Ph.D. in engineering or a
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limited to, computational mechanics, infrastructure systems, robotics in CE, architected and multifunctional materials, and advanced manufacturing and construction, as applied to the pressing civil
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areas: fracture mechanics of construction materials, architected and bio-inspired materials, additive and robotic manufacturing, and advanced materials processing. Strong background in one or more of the