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INSTITUTE OF ELECTRO-OPTICAL SCIENCE AND ENGINEERING TEL: 886-6-275-7575 ext.65280 FAX: 886-6-274-7995 E-MAIL:[email protected] CHAIRPERSON: Fuh,Andy Ying-Guey BRIEF INTRODUCTION In view of great advances in electro-optical technologies in the past decade, National Cheng Kung University (NCKU) established Institute of Electro-Optical (E-O) Science and Engineering (EOSE) (Master programs) in 2002. PhD program is scheduled to start in 2004. EOSE has identified the following areas for future development: flat panel displays, optic communication, photonic devices, and bio-medical electro-optics. EOSE integrates E-O resources, manpower within NCKU to provide services to electro-optical industries in Taiwan, especially in Tainan Science-based Industrial Park.。 Past & Present Chairpersons: The first director is Prof. Fuh (2002/8~) TEACHING OBJECTIVES The goal of the Institute of Electro-Optical Engineering is to provide rigid training for the future academic scholars as well as the high-level R&D research scientists/engineers. Students are encouraged to develop creativity of original thinking and the ability of conducting independent research. FACULTY Professors: 9 (Adjunct) Assistant Professors: 1 (Adjunct) Assistant Professors: 3 Professors: Andy Ying-Guey Fuh Associate Professors: 3 (Adjunct) Part-time Assistant Professors: 1 Total: 17 (Ph.D., University of Toronto) 3-71 Jenn-Shyong Hwang Jung-Chun Huang Kuan-Ren Chen Yan-Ten Lu Su, Yan-Kuin Wang, Yeong-Her Chang, Shoou-Jinn Huang, Jen-Fa Associate Professors: Yu-Hua Lee Chitn-Chun Tsai Thou-Jen Whang Assistant Professors: Chou,Wei-Yang Liquid crystal displays and devices, Laser Physics, Optical Electronics (Ph.D., New York City University) Light Scattering (Ph.D., University of Illinois at Urbana-Champaign) Experimental Solid State Physics (Ph.D., UCLA) Computational Physics (Ph.D., University of California at San Diego) Solid State Physics, Computational Physics (Ph.D., National Cheng Kung University) Opto-electronic Devices, Microware devices, Integrated Optics, Electromagnetic, Electromagnetic Ware (Ph.D., National Cheng Kung University) Semiconductor Devices,Semiconductor Device Physics, Microwave device, Opto-electronic device (Ph.D.,University of California at Los Angeles) Opto-electronic Devices, Semiconductor Physics (Ph.D.,University of Ottawa) Optical Fiber Transmissions Error Control Coding Circuits, Data Communication System (Ph.D., Rutgers University) Optics Thin Film (Ph.D., University of Iowa, Iowa City, Iowa, U.S.A.) Atomic and Molecular Physics, Laser Science, Biophysics (Ph.D., University of Iowa, U.S.A.) Laser Chemistry (Ph.D., National Cheng Kung University) Semiconductor, LCD, Organic Electroluminescence 3-72 Chang, Yun_Chorng Tzung-Fang Guo Shjen-Long Tien Part-time Professors: Fang, Yi-Chin (Ph.D., North Carolina State University ) Semiconductor optoelectronics,Ultraviolet LED/LD (Ph.D.,University of California at Los Angeles) Polymer & Organic Light-Emitting Devices & Meterials (OLEDs&PLEDs), Organic Thin Film Transistors, Organic Electro-Optical devices (Ph.D., National Cheng Kung University) Semiconductor Physics,Solid State Physics (Ph.D.,University of Reading ,UK Optical Design, ,Image Processing Laboratory 1.Electro-optical educational laboratory-Fiber and communication (including HeNe laser, semiconductor laser, fiber coupler, IR card, ..., etc.) 2.Liquid crystal laboratory-ITO cleaner, oven, optical microscope, spin coater, solid state laser, rubbing machine, LCD E-O measurement Systems. AMBITION Electro-optics is an inter-disciplinary technology. It combines mechanics, electronics, chemistry, material, automatic control and physics. Electro-optical is a technology-intense, high added value, low pollution industry. It finds many applications in military, consumer and hi-tech areas, and hence its importance has drawn a global attention. As a result, E-O technology has been identified as one of the key industries by every country world-wide. Enormous manpower, capital investments have been brought in this technology over the past decade. In return, the annual global market growth of E-O products is ~20% during this period of time. In Taiwan, flat panel displays (FPDs) industry has grown very rapidly recently. EOSE will make her best effort to promote the success of FPDs industry. 3-73 Areas of Research and development 1. Electro-Optical materials and elements: semiconductor photonic materials, IR materials, optical coatings, organic macromolecule materials, electro-optical elements, MEMS materials and devices, nonlinear optical materials and applications, VLSI engineering, optical detectors. 2. Optical Information: optical signal processing, image processing, nonlinear optics, Fourier optics, phase conjugation, fiber communication, semiconductor optics, digital display engineering, optical storage, optical system design. 3. Frontiers of Electro-optical Science: atomics and molecules manipulation, High field spectroscopy, MEMS system development, outer space optics payload project development, non-destructive scanning, quantum optics, spin-electron technology, nanometer E-O materials. 4. Biomedical Electro-Optics CURRICULUM Master Courses: Total credits for M.S. Degree: 24 and 6 credit for thesis. Credits of Compulsory Courses : 8 Yr. Course No. Course Title 1st 1st L75031-2 L75011-2 lst 2nd 1st L75021-2 L760130 L75051 lst-2nd L75041-2 lst-2nd L75010 lst-2nd L75030 lst-2nd L75040 Credits Semester Semester Ⅰ Ⅱ Optical Electronics (I),(II) Electro-optical experiments (I),(II) Seminar (I),(II) Seminar (III),(IV) Syntheses and analyses of nanometer thin films Optical system design (I),(II) Optical storage Optoelectronics materials and devices and applications Organic electroluminescence 3-74 3 1 3 1 0 0 3 0 0 3 3 3 3 3 lst-2nd 1st L750910 lst-2nd L750600 lst-2nd L750700 lst-2nd L750800 lst-2nd L760500 lst-2nd L760300 lst-2nd L760400 lst-2nd L760500 1st L750000 devices Special topics on electro-optics Electro-Optical Principles and Applications (I),(II) Nonlinear optics Introduction to Flat Panel Displays Introduction for infared optics and systems Fourier Transform Infrared Spectroscopy Fourier optics Semiconductor Optoelectronics Devics Quantum Optoelectronic Devics Reflective liquid crystal diplays 3-75 2 3 2 3 3 3 3 3 3 2 3