| Job Description & How to Apply Below | |
 Advanced Institute of Manufacturing with High-tech Innovations (AIM-HI), National Chung Cheng University (CCU), Taiwan, is excited to announce the recruitment of outstanding foreign scholars and potential young scholars to our institute. The projects undertaken at AIM-HI will involve research and development of key technologies for the next-generation machine tools for green and manufacturing systems. Beyond the direct application to precision machining, the technologies developed are expected to find productive applications in other systems too, including intelligent robots and vehicles, eco-friendly fabrication processes in the semiconductor and flat panel display industries (the two major industries in Taiwan, generating total revenues of trillions of NT dollars each) as well as the emerging green energy industry. We encourage scholars who wish to work on projects on advanced manufacturing technologies relating to green manufacturing systems to apply. Place of work: Advanced Institute of Manufacturing with High-tech Innovations, National Chung Cheng University, Taiwan Interested individuals should submit a) summary of research interests as well as an approximate start date that you can begin the postdoctoral work; b) CV with a list of publications; c) copy of Ph.D. Diploma to Ms. Yvonne Tsai Advanced Institute of Manufacturing for High-tech Innovations (AIM-HI) National Chung Cheng University 168 University Road, Ming-Hsiung Township, Chia-Yi 621 Taiwan, ROC You can apply or contact us by email using the Apply Online Box below | |
| Position Requirements | |
| Skills / Industry Qualifications Required: | 1) Shall be holding a non-Taiwan ROC passport. 2) Has conducted research in a research institute or has engaged in R&D and management in a science and technology organization with notable results for more than four years after obtaining the doctorate. 3) Possesses a Ph.D. degree in mechanical engineering, chemical engineering, computer science and information engineering, electrical engineering, communications engineering, opto-mechatronics, or related fields. 4) In-depth knowledge of the advanced machine tool technologies, precision molding, smart material, thin film coating, smart control, bio-inspired approach, green manufacturing, and leading-edge process and rolling and forging technology. 5) Experiences with optimal machine design, experimental and theoretical analysis for feed drive system in machine tools; academic publications on the related field will be a plus. |
| Required Language Skills: |
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| Education Level Required: | Doctorate |
| Experience Required to qualify for consideration: | 3 to 4 Years |
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