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-Agent Systems, Intelligent Robotics, Mechatronics, and General Control Areas •Advanced CMOS, Nanoelectronics, Nanophotonics, Display, Memory Technologies, Quantum Technologies, Bioelectronics, IoT Devices
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, neuroscience, and immunology to uncover the biological mechanisms of severe mental illness. The position is based at the Psychiatric Neuroscience Lab, Taipei Medical University (Taiwan), jointly led by Dr
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-disciplinary environment. The new appointee will be based at the College of Biomedical Engineering at Taipei Medical University. Salary $82,360NTD~ $198,240NTD per month + benefits Selection
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pharmacy, education, or medical bioinformatics or a related discipline, who will contribute to our international research profile in a cross-disciplinary environment. The new appointee will be based
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, Bioengineering, or Artificial Intelligence-related or a related discipline, who will contribute to our international research profile in a cross-disciplinary environment. The new appointee will be based
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evaluated based on the originality, rigor, and potential impact of their research; their ability to establish an independent program; and their commitment to mentorship and collegiality. The successful
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Science, or a related discipline, who will contribute to our international research profile in a cross-disciplinary environment. The new appointee will be based at the College of Pharmacy at Taipei Medical
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new appointee will be based at the College of Pharmacy at Taipei Medical University. Salary $83,720NTD~ $198,770NTD per month + benefits Selection Criteria Qualifications Ph.D. with outstanding academic
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of the Center, please see: https://www.ntu.edu.tw/spotlight/2025/2420_20251029.html * The Center offers the following advantages by design: ** Merit-based supplements: An additional merit-based compensation
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The Department of Physics and Institute of Astronomy at National Tsing Hua University, Taiwan | Taiwan, | Taiwan | 2 months ago
revolution. By leveraging the department's strengths in quantum systems based on cold atoms and photons, alongside cutting-edge achievements in solid-state quantum materials, the center aims to create highly