國立台灣大學光電工程學研究所
 
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 Research  Accomplishments
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2019/04/01
Spotlight-One-lens camera using a biologically based artificial compound eye with multiple focal lengths
2019/03/09
Spotlight-Powerful LED-Based Train Headlight Optimized for Energy Savings
2018/03/01
Spotlight-SolarDrone (NTU), Allowing Drones to Explore Unexplored Frontiers Launches at CES 2018
2017/02/22
Spotlight-Nobel Laureate Lectures on Solid-State Lighting
2015/11/13
Spotlight-Nature Photonics
 
研究概況-實驗室
Professor Name Education Link
  Guo-Dung(John) Su Ph.D., Univ. of California, Los Angeles, U.S.A. Profile | Publication | Website | Laboratory
Number 光電實驗室二十七
Laboratory Micro-optical Devices Lab.
Leader Guo-Dung(John) Su
Room R 352A, EE BuildingⅡ
TEL +886-2-33663700 ext.352
Website https://sites.google.com/site/model352a/

The research fields of Micro Optics Device Laboratory (MODEL) includes
1. Optical Micro-Electro-Mechanical Systems (Optical MEMS)
2. Display Technology: Micro Imprinting Technologies for Micro Lenses
3. Optical Communication Components- Optical Switches and Variable Optical Attenuator
4. Display Vacuum Panels Research
5. MEMS Bio-sensors for Carbon-dioxide Gas 

The room of the MODEL can be divided into two areas: optical design area and optical component measurement area.  The optical design area has three high- speed dual-core LINUX workstations for simulating and calculating traditional optical lenses and diffractive optical elements.  In addition, we have a large capacity file server for storing and auto-backing up the simulation and calculation results.  We also have licensed commercial simulation software such as ZEMAX, TRACEPRO and OSLO, and we also develop our own optical simulation software for lens design.  In the other area, the optical component measurement area has a floating optical table, storage shelf over optical table, red and infrared laser source, beam profiler, power meter, double-row ball bearing linear stages, DC power supply, full color CCD monitor, two 3-D microscope and an image processing PC, which are perfectly suitable for measuring micro-scale optical elements.


   
   
   
   
   
   

 

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