35 parallel-computing-numerical-methods-"Prof"-"Eindhoven-University-of-Technology-(TU" positions in Taiwan
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(including one from the Ph.D. thesis advisor) submitted on their behalf. Website: https://www.ch.ntu.edu.tw/en/Default.html Contacts: Prof. Jye-Shane Yang, Department of Chemistry, 886-2-336661649, jsyang
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, vibrant, world-class research program and share a commitment to undergraduate and graduate education by teaching courses and supervising graduate and undergraduate research. Each applicant should arrange
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] Subject Areas: Cognitive Psychology/Research Methods Industrial Psychology Organizational Psychology Neuroscience Personality Psychology (more...) Clinical Psychology Developmental Psychology Psychometrics
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: Taipei, T'ai-pei 10617, Taiwan [map ] Subject Areas: Clinical Psychology Psychology Developmental Psychology Cognitive Psychology/Research Methods Industrial Psychology (more...) Personality Psychology
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, Taiwan [map ] Subject Areas: statistics, data sciences, and computer science-related fields, including artificial intelligence Appl Deadline: 2025/12/01 11:59PM * Position Description: Apply Position
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, T'ai-pei 106319, Taiwan [map ] Subject Areas: Electrical Engineering / Bioelectronics , biomedical, sustainability and others , Circuits , Communications and Networking , computer engineering , Control
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Academia Sinica and leading universities including National Taiwan University. The BBT Group's research is at the forefront of establishing innovative biological study methods, including the creation of new
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://www.genomics.sinica.edu.tw/ ) is organized into three Divisions - Chemical Biology, Medical Biology, and Metabolic Sciences (formerly the PCG program)- aiming to translate discoveries from genomics, proteomics, metabolomics
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: Biomedical electronic system, Computer Science, Biomechatronic Engineering, Biomechanics, Electrical Engineering, or Mechanical Engineering Preference will be given to candidates with teaching experiences
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measurement, characterization, and numerical modeling of key air pollutants to address current challenges in air pollution mitigation. PM2.5 and O3 are among the most critical air pollutants affecting urban