10 electrical-engineering-"University-of-Michigan---Ann-Arbor" Postdoctoral positions at Villanova University in United States
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interest and motivation to perform cutting-edge research in this burgeoning interdisciplinary area. The candidate should have a PhD degree in Mechanical, Aerospace or Electrical Engineering, or other related
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: Postdoctoral Researcher - College of Engineering Position Type: Faculty Location: Villanova, PA Recruitment Type: Internal/External Applicants Work Schedule: full-time/9-months Department: 960-Center
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: Postdoctoral Researcher - College of Engineering Position Type: Faculty Location: Villanova, PA Recruitment Type: Internal Applicants Only Work Schedule: temporary Department: 205-Mechanical Engineering Position
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: Postdoctoral Researcher - College of Engineering Position Type: Faculty Location: Villanova, PA Recruitment Type: Internal/External Applicants Work Schedule: temporary Department: 201-Dean-Engineering Position
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: Postdoctoral Researcher - College of Engineering Position Type: Faculty Location: Villanova, PA Recruitment Type: Internal/External Applicants Work Schedule: full-time/12-months Department: 986-Center for Human
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: Postdoctoral Researcher - College of Engineering Position Type: Faculty Location: Villanova, PA Recruitment Type: Internal/External Applicants Work Schedule: temporary Department: 205-Mechanical Engineering
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: Postdoctoral Researcher - College of Engineering Position Type: Faculty Location: Villanova, PA Recruitment Type: Internal/External Applicants Work Schedule: temporary Department: 201-Dean-Engineering Position
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: Postdoctoral Researcher - College of Engineering Position Type: Faculty Location: Villanova, PA Recruitment Type: Internal/External Applicants Work Schedule: full-time/12-months Department: 202-Civil and
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: Postdoctoral Researcher - College of Engineering Position Type: Faculty Location: Villanova, PA Recruitment Type: Internal/External Applicants Work Schedule: temporary Department: 205-Mechanical Engineering
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Waals materials at low temperatures and high magnetic fields. This project involves nanoscale device fabrication using cleanroom facilities, electrical transport measurements, and microwave spectroscopy