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Position Summary: The postdoctoral researcher will be part of a research team working on the design of energy and exergy flow systems at district scale to assess their efficiency and resilience under heat
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variability of accreting compact sources. Help supervise and mentor students working on related topics. Teach physics, if desired. Minimum Qualifications: PhD (or imminent defense) in Astrophysics, Physics
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variability of accreting compact sources. Help supervise and mentor students working on related topics. Teach physics, if desired. Minimum Qualifications: PhD (or imminent defense) in Astrophysics, Physics
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: Product design and improvement, exploring larger scale manufacturing. Theoretical modeling and simulation of the biomimetic system. Data analysis. Assisting the PI and the sponsor in grant writing for other
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: The postdoctoral researcher will be expected to participate in the project’s work and lead a team of graduate and undergraduate researchers performing the following major tasks: Design experimental apparatus
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: The postdoctoral researcher will be expected to participate in the project’s work and lead a team of graduate and undergraduate researchers performing the following major tasks: Design experimental apparatus
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. Minimum Qualifications: The candidate must have strong interest and motivation to perform cutting-edge research in this burgeoning interdisciplinary area. The candidate should have a PhD degree in
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models, and empirically test those models with integrated and fused data. Development of data-serving APIs is also part of the work plan and duties for the candidate. The candidate will play a vital role
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problem solving, creative process design, as well as good oral and written communication skills are preferred. Individual must be willing to work closely with Dr. Smith and interdisciplinary team, including
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Qualifications: The ideal candidate will have experience in the following areas: • Mechanical assembly van der Waals heterostructures • Nanofabrication • Magnetoresistance measurements • Microwave design and