Research
LED is highly energy efficient and has outstanding light source behaviors which make it has great potential for commercial applications. In 2002, by grouping up electro-optics, mechanical engineering, chemical-material, and electrical engineering researchers and experts to form an interdisciplinary research group on solid-state lighting with 15 group members now. The research topics include manufacture of substrate, MOCVD epitaxy, process, optical simulation, thermal management, metal bonding, phosphor synthesis, packaging, optical design, color science, eye model and glare. These research topics covers almost all research field of LED. Fruitful and important research results were developed and published in the past few year. Base on the strong fundamental research capability, more effort on studying human factor is developing in recent years and intends to make the research results applicable to the industry and practical applications. The research group is pronounced in the international solid-state lighting society and in the leading position. In recent year, “Taiwan green lighting industry research and service center” has been established to enhance the cooperation between the academic and industry societies. In the future, the integration of optics, electric, thermal and color science on energy-saving LED lighting will be the major focus on this research group. The sub-topics includes high efficiency LED packaging thermal conduction technology, high efficiency lighting technology, automobile LED lamp and high power projection lamp research, LED lighting on human factor and vision, bio-medical research and agriculture applications.
Faculty Involved
| Name | Position | Education | Research Interests |
| Yang, Tsung-Hsun | Professor (Associate dean, College of Science) | Ph.D. National ChiaoTung University, Taiwan, ROC. |
Solid-State Lighting, Bio-Chip, Optical MEMS, Color Sciences, Nonlinear Dynamics |
| Sun, Ching-Cherng | Chair Professor | Ph.D. in Optics. Institute of Optical Sciences, National Central University, Taiwan, ROC |
LED solid-state lighting, Nonimaging Design, Display Optics, Holography, Volume holographic Optical Element, Optical Testing, Optical Design for component or System level, Information Optics for Data Storage, Communication and Display, Optical Engineering, AR/MR Glass
|
| Chang, Rong-Seng | Project Research Fellow | Ph.D. Optical Sciences Center, University of Arizona, U.S.A. |
Optical Design and Fabricating Electro-Optical System, Artificial Intelligence, Pattern Recognition, Fuzzy Theory and Neural Network, Optical Mannfacture, BIOEMS, Micro-optical System, Nanotechnology and Application Vision Optics, LED illuminstion research, LED lighting design |
| Chung, Te-Yuan | Professor | Ph.D. Optics, CREOL /CollegeofOpticsand Photonics,University of CentralFlorida,Orlando,FLUSA |
High Power Laser, Solid State Laser, Laser System Design, Thermal Management, Laser Physicsm, Optical simulation |
| Lai, Kun-Yu | Professor (Associate Chair) | Ph.D., Electrical Engineering, North Carolina State University, USA |
Growth and fabrication of III-nitride optoelectronic devices: LEDs, biosensors, etc. |
| Chen, Yi-Chun | Associate Professor | Ph.D., College of Optical Sciences, University of Arizona, Tucson, Arizona, USA |
Nuclear Medicine Imaging Instrumentation, Biomedical Imaging Instrumemtation, Tomographic Image Analysis, Visual Performance and Comfort Evalution, Opto-Mechantronic System Integration, Precision Optical Metrology |
| Chen, Szu-Yu | Professor | Ph.D. in Graduate Institute of Photonics and Optoelectronics, National Taiwan University, Taiwan, ROC |
Nonlinear Optics, Optical Microscopy, Biomedical Optical Imaging, Biomedical Image Analysis. |
| Chyi, Jen-Inn | Chair Professor | Ph.D. degree in Electrical Engineering from the University of Illinois |
Semiconductor Materials and Devices, Optoelectronic Devices, High-Speed Devices |
| Chang, Jenq-Yang | Distinguished Professor | Ph.D. Dept. of Material Sciences and Engineering, MIT.,U.S.A |
Solar Cells, Silicon Photonics, Nano/micro Optics, Photorefractive Material, Crystal Growth, Optical Communication, Optical Storage, Bio-Photonics, Solid-State Lighting, Nonlinear Optics |
Research Summary in DOP
