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Comprehensive knowledge of optical lens design
Contribution:
● Cowork with factories to ensure efficient mass production
● Develop next-generation technology and new process
● Specify, design and qualify optical products
● Perform measurements & qualification

Skills and behaviors:
● Know optics, including Fourier optics and geometry optics
● Able to work in team or independently, with different functions and cultures
● Good communication and personal organization skill
● Optical simulation : Zemax, OSLO, TracePro, Rsoft, FDTD, CODE V, LightTools
● Extensive knowledge of developing verification environments and experiment design

Education:
● Doctor degree in photoelectric engineering
● Master degree in photoelectric engineering
● Bachelor degree in physics

Cybernet System Taiwan

National Yang Ming Chiao Tung University

UOTek Co., Ltd. 

Taiwan Optics/Optronics Manufactures' Association

Alpha Precision Instrumentation Corporation (APIC)

Tze Chiang Foundation of Science and Technology

Wavelab Scientific Co., Ltd.

National Taiwan University

National Cheng Kung University

Optical Engineer

Diego Miao

Industrial Technology Research Institute

● The role:
Be a key component of the optical team. Be responsible for the development of
next-generation optical technology. Make sure the supply chain ready.

● The contribution:
1. Set up ZEMAX model of optical system
2. Develop new optical technology for metrology
3. Apply optical system to industry
4. Set up instruments and theory verification
5. Design of experiment
6. File patent
● The project:
1. Instruments for 3D scanning
2. Patent portfolio
3. Laser beam shaping
4. LED light for machine vision
5. F-theta lens
6. Czerny-Turner spectrometer
7. Rowland spectrometer
8. Line-scan instruments
9. Added lens for mobile phone on medical beauty
10. Added wide-FOV lens on camera module
11. Telecentric lens for machine vision
12. Optical encoder
13. Confocal depth scanning
14. On-axis eye-tracking HMD
15. Intelligent fruit classification setup
16. Measurement system for HMD optics
17. Offner hyperspectrometer
18. Schwarzchild hyperspectrometer
19. Dyson spectrometer

● The instrument:
1. He-Ne laser
2. Integral ball
3. Lens kits
4. Light shaping diffuser
5. Projector, CCTV, CCD
6. Optical table

● The role:
Be responsible for the development of optical technology.

● The contribution:
1. Set up ZEMAX model of optical system
2. Develop new optical technology
3. Apply optical system to industry
4. Set up instruments and theory verification
5. Design of experiment

● The project:
1. DLP projector

SHENZHEN EFUN TECHNOLOGY CO.,LTD.

Optical Manager

● The role:
Be responsible for the development of optical technology.

● The contribution:
1. Set up ZEMAX model of optical system
2. Develop new optical technology
3. Apply optical system to industry
4. Set up instruments and theory verification
5. Design of experiment

● The project:
1. DMD-based HMD


Gyro Systems, Inc.

Optical Consultant

● The role:
Be responsible for the development of optical technology.

● The contribution:
1. Set up ZEMAX model of optical system
2. Develop new optical technology
3. Apply optical system to industry
4. Set up instruments and theory verification
5. Design of experiment

● The project:
1. LED safety light

Ching Mars Corporation

● The role:
Be responsible for the development of optical technology.

● The contribution:
1. Set up ZEMAX model of optical system
2. Develop new optical technology
3. Apply optical system to industry
4. Set up instruments and theory verification
5. Design of experiment

● The project:
1. Smart helmet


National Chung-Shan Institute of Science & Technology

● The role:
Be a key component of the optical team. Be responsible for the development of
next-generation smart glass(HMD). Make sure the supply chain ready.

● The contribution:
1. Set up the ZEMAX model of 1st/2nd Quanta Glass
2. Do education training of HMD concept
3. Set up the supply chain
4. File patent
5. Develop next-generation HMDs
6. Set up the test flow/standard/instrument
7. Benchmark
8. auto-focus HMD

● The issue:
1. Stray light
2. FOV
3. Binary optics HMD
4. Mirror-array HMD
5. Measurement of virtual-image distance
6. Lightweight the backlight module

● The instrument:
1. KONICA MINOLTA LS-100

● The patent: US 20170052379
SEE-THROUGH HEAD-MOUNTED DISPLAY

Quanta Computer Inc.

Optical Deputy Manager

● The role:
Be a key support of the optical team. Contribute significantly to the design of
projectors, from product development and into mass production.

● The contribution:
1. Front-end marketing and specification setting
2. Optical design and engine modeling, do tolerance with MEs
3. Optimize the engine efficiency and evaluate the performance
4. Mockup verification and experiment design
5. Set up the production flow and test process, education training on line
6. Import 2nd source and sample verification, compare the difference
7. Customer service and question feedback, con-call meeting
8. Develop new technologies and project maintain into mass production
9. Chief man of the projects, control the schedule

● The project:
1. acer C20, K330, K335
2. Optoma ML500, ML1000
3. NEC NP-L50W, NP-L102W
4. ViewSonic PLED-W500
5. Dell M900HD
6. Toshiba SDW30

● The issue:
1. Abnormal behavior of color
2. Unbalance, Thermal drift, optimize LED current for best thermal condition
3. Dynamic LED current adjust, Color calibration flow(CCA, CCI)
4. LED Rth verification/import automatic die bounding
5. Lens array/rod module, reduce production time

● The instrument:
1. Chroma 7600A
2. KONICA MINOLTA CL200/T10

● The patent: 投影裝置及其集光柱
1st time to overcome flat-state stray light without cost of engine efficiency

Coretronic Corporation

Senior Optical Engineer

● The role:
Be a key support of the optical team. Contribute significantly to the design of
TV, from product development and into mass production.

● The contribution:
1. Optical design of LCD and simulate the evaluation
2. Verify and analyze the photoelectric characteristic of LCD
3. Study the optical characteristic of LCD and discuss the optimization
possibility
4. Simulate and maintain the accuracy of LCD model
5. Debug LCD product

● The project:
1. 31.5" MVA
2. 26" TN

● The issue:
1. Abnormal behavior of gray level
2. Mura
3. Nonuniform brightness distribution

● The instrument:
1. Mstar, automatic LCD measurement
2. KONICA MINOLTA CS-1000A/S/T

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