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Chien-Yu Chen（陈建宇）


Chien-Yu Chen

台湾科技大学，教授

National Taiwan University of Science and Technology, Professor


               Education：

National Central University / Department of Optics and Photonics / PhD

Experience：

Director, Graduate Institute of Color and Illumination Technology, National Taiwan University of Science and Technology.

Director, Color, Imaging, and Illumination Center, National Taiwan University of Science and Technology.

Grant Review Committee, Photonics Program, Engineering Division, National Science and Technology Council.

From IP to IPO, FITI, Entrepreneurial Potential Award.

National Taiwan University of Science and Technology, Research Awards, 2022.

2022~ Director, Prospective Display Technology and Cross-Field Applied Teaching Alliance Project, Ministry of Education.

2022~ Honored Chairperson, 3D Interaction & Display Association（3DIDA）.

2021~ Director, Special Research Program for Advanced Smart Display, National Science and Technology Council.

2018~ Chief Supervisor, 3D Interaction & Display Association（3DIDA）.

2017~ Technical adviser, Pingtung Assistant Optomerists Association.

2016~2018 Chairperson, 3D Interaction & Display Association（3DIDA）.

2014~ Committee Member, Society of International Display (SID)-Applied Vision.

2014~ Convener, Division 6, International Commission on Illumination-Taiwan (CIE- Taiwan).

2014~2016 Council member, Color Association of Taiwan.

2012 Chairman, The Committee for Promotion of Studies, 3D Interaction & Display Association（3DIDA）.

2012~2014 Vice Convener, Division 3, International Commission on Illumination-Taiwan (CIE- Taiwan).

Awards/Honors/Patents/Publications：

2023Touch Taiwan I-Zone Special Award-AUO Invention Award.

Information Photonics 2023 (IP’23)-Steering Board Members.

Three Dimensional Systems and Applications(3DSA) Japan 2019 (Senior Member Contribution Award).

Three Dimensional Systems and Applications(3DSA) 2019、2021 (the best paper reward).

Conference Chair of 2018 Three Dimensional Systems and Applications (3DSA) conference.

Taiwan Innoteech Expo 2022, Platinum Awards.

International Invention, Innovation and Technology Exhibition 2015 (ITEX), Malaysia, Silver medal and Bronze medal.

World Genius Convention and Education Expo 2014, Japan, Gold medal.

International Trade Fair, Ideas, Inventions, and New Products 2014 (iENA), Germany, Silver medal.

Taipei International Invention Show & Technomart 2013, Platinum Awards.

Seoul international invention fair 2011, Silver medal.

Published 95 SCI paper.

Published 160 international conference paper.

Possess more than 30 domestic and foreign patents.

Guided students to win a total of 24 awards in domestic and foreign competitions.


Human-Centric Health Lighting and Advanced Display Technologies


Research design and applications in healthful lighting represent crucial emerging topics across engineering and interdisciplinary studies. With continuous technological advancement, its significance to human life becomes increasingly evident. Healthful lighting must not only meet human needs but specifically focus on enhancing visual comfort and improving photobiological health. The human-centric research field of healthful lighting is extensive, potentially evolving from health considerations to the modernization of medical-grade optical device design. This seminar focuses on the discussion of healthful lighting, advanced display technologies, and color science.
With the development of 3D, AR, VR, and MR technologies, evaluating the physiological health impacts of advanced display technologies on users remains a significant challenge for industrial development. This seminar will use computer holography and aerial display as examples to illustrate their potential applications in automotive displays, while applying color science for color measurement and display quality assessment. Furthermore, it will explain how to evaluate users' visual fatigue and comfort from both subjective and objective perspectives. Looking ahead, the development of display and lighting technologies must prioritize human health at its core. Visual health concerns extend beyond merely improving image quality and reducing viewing discomfort, emphasizing comprehensive applications across human factors engineering and physiological-psychological health in an interdisciplinary approach.