Experience

BRELYON

• United States
• Consumer Electronics
• 1 - 100 Employee

• Director of Production and Supply Chain

  • Feb 2020 - Present

  • Develop the world's first UR (Ultra Reality) display technology. • Design advanced light field and AR/VR optical device from scratch to the real product. • Establish the whole supply chain to do new type optical devices mass production. • Develop new manufacturing methods to fabricate large optical components. • Join-develop the new production process with OEM/ODM supplier

• Optical Engineer

  • Jan 2019 - Feb 2020

  • Design advanced light field and AR/VR optical device from scratch. • Build prototype to prove the concept.



Foxconn

• Taiwan
• IT Services and IT Consulting
• 1 - 100 Employee

• Principal Optical Engineer

  • Oct 2018 - Feb 2020

  • Join development for new camera and AR device with tier 1 customers • Develop new process and metrology method to enhance new generation AR device image quality • Bring up new production line from scratch to mass production • Characterize solutions for optical device stability, repeatability, and reliability through experiments and structured test plans. • Improve and verify new manufacturing process to enhance overall yield • Sourcing new supplier to co-develop new… Show more • Join development for new camera and AR device with tier 1 customers • Develop new process and metrology method to enhance new generation AR device image quality • Bring up new production line from scratch to mass production • Characterize solutions for optical device stability, repeatability, and reliability through experiments and structured test plans. • Improve and verify new manufacturing process to enhance overall yield • Sourcing new supplier to co-develop new material and manufacturing process Show less • Join development for new camera and AR device with tier 1 customers • Develop new process and metrology method to enhance new generation AR device image quality • Bring up new production line from scratch to mass production • Characterize solutions for optical device stability, repeatability, and reliability through experiments and structured test plans. • Improve and verify new manufacturing process to enhance overall yield • Sourcing new supplier to co-develop new… Show more • Join development for new camera and AR device with tier 1 customers • Develop new process and metrology method to enhance new generation AR device image quality • Bring up new production line from scratch to mass production • Characterize solutions for optical device stability, repeatability, and reliability through experiments and structured test plans. • Improve and verify new manufacturing process to enhance overall yield • Sourcing new supplier to co-develop new material and manufacturing process Show less



Meta Co.

• Brazil
• Advertising Services
• 1 - 100 Employee

• Staff Optical System Engineer

  • May 2018 - Oct 2018

  • Design evaluation algorithms and test station for new generation AR product • Define optical characterization plan for critical components such as visor, 3D camera and RGB camera • Analysis data through MATLAB and python to support decision making for optical modules. • Establish new optical systems for advanced AR research projects. • Design evaluation algorithms and test station for new generation AR product • Define optical characterization plan for critical components such as visor, 3D camera and RGB camera • Analysis data through MATLAB and python to support decision making for optical modules. • Establish new optical systems for advanced AR research projects.



Aeolus Robotics, Inc.

• United States
• Computers and Electronics Manufacturing
• 1 - 100 Employee

• Staff Optical System Engineer

  • Jul 2017 - Jun 2018

  • Achieve product launch on time through integrate robot functions include grasping coke, vacuum cleaning and decluttering in CES show. • Co-develop 3D cameras (stereo and structure light) with supplier to meet A.I. robot vision requirement and motion capability. • Lead global task forced team to improve SLAM efficiency by enhancing LIDAR performance. • Develop new robot vision system to increasing object recognition and grasping possibility. • Achieve product launch on time through integrate robot functions include grasping coke, vacuum cleaning and decluttering in CES show. • Co-develop 3D cameras (stereo and structure light) with supplier to meet A.I. robot vision requirement and motion capability. • Lead global task forced team to improve SLAM efficiency by enhancing LIDAR performance. • Develop new robot vision system to increasing object recognition and grasping possibility.



Hermes-Microvision, Inc.

• United States
• Appliances, Electrical, and Electronics Manufacturing
• 1 - 100 Employee

• Senior System Engineer

  • Jul 2015 - Jun 2017

  --- Product design, quality, manufacturing, lifecycle and schedule controlled to ensure launch new product/project on time to increase company revenue (around 100M USD per year). --- Maintained global customer’s which is included TSMC, Intel, Samsung and Micron relationship to ramp up next generation process. --- Planned, managed and executed development (NPI) build and ensured these products transition to production according to specific cost, quality, business strategy and capacity… Show more --- Product design, quality, manufacturing, lifecycle and schedule controlled to ensure launch new product/project on time to increase company revenue (around 100M USD per year). --- Maintained global customer’s which is included TSMC, Intel, Samsung and Micron relationship to ramp up next generation process. --- Planned, managed and executed development (NPI) build and ensured these products transition to production according to specific cost, quality, business strategy and capacity targets. --- Product development process including research and development, testing, manufacturing to shorten production time length 20% and meet customer’s requirement --- Evaluated the timely performance of different teams to achieve product launch on time --- Enhanced 50% of image quality characterization through design new microscope and laser-camera system using zemax --- Coordinated and collaborated with internal functions to maximize the customer satisfaction --- Coordinated with Engineering and oversee all aspects of multiple projects including the requirement, project schedule and supply availability to ensure products are optimized supply chain flexibility and efficiency --- Shorted production time 30% for laser- camera system and microscope by designing new metrology and tools

• System Engineer

  • Jul 2013 - Jul 2015

  --- Managed research and develop projects included EE, ME, SW, and optical to ship new product on time. --- Support the coordination of the activities of multi-disciplinary teams in the achievement of project objectives and outcomes --- Communicated with OEMs daily for all technical HW/SW/FW/optical issue --- Defined and develop new product spec to achieve customer requirement --- Developed and documented descriptions of assigned projects/products and may write and maintain… Show more --- Managed research and develop projects included EE, ME, SW, and optical to ship new product on time. --- Support the coordination of the activities of multi-disciplinary teams in the achievement of project objectives and outcomes --- Communicated with OEMs daily for all technical HW/SW/FW/optical issue --- Defined and develop new product spec to achieve customer requirement --- Developed and documented descriptions of assigned projects/products and may write and maintain technical specifications --- Designed new industry SEM tools for manufacturing (DFM) and new product transfer(NPT) to mass production --- Successfully improved stabilization 20% for stage system by stimulating coating and optical lens system --- Evaluated components of optical system to increase 30% of module quality. --- Enhanced product system efficiency 30%~50% through cross function and team’s system integrated --- Lead product development process including research and development, testing, manufacturing to shorten production time length 20% and meet customer’s requirement --- Resolved image noise issues and enhanced image quality in compliance with IQC process while working with a cross-functional team --- Field coordinator: coordinating with local engineer and customers for tools installation, image system troubleshooting, and system matching at Intel R&D center. --- Optimize image quality characterization by stimulating optical system by TFCalc and Zemax to design and implement new lens and Laser-Camera system. --- Evaluated new module design and SW develop by writing test tools and scripts. --- Build reliability lab up to test, improve, validate and stabilize modules’(ME, EE, SEM and optical) functions --- Integrated BOM of new product for mass production.

• Manufacturing Engineer

  • Aug 2012 - Jul 2013

  --- Optimized image resolution for Laser-Camera lens system --- Maintain e-beam systems included eScan 320, eScan 400, and eP3. --- Documented SOP and service manuals to improve troubleshooting efficiency --- Optimize EE, ME, SW and Optical module with RD for DFM (Design for Manufacturing).



University of Pittsburgh

• United States
• Higher Education
• 700 & Above Employee

• Research Assistance

  • Jul 2011 - May 2012

  Research in New Type Thin-Film Solar Cell --- Design deposition, annealing and etching to find the best annealing temperature and silver thickness per DOE to enhance new type thin-film solar cell efficiency by 20%. --- Facilitate processes of thin-film solar cell by improving deposition system and annealing device as well as finetuning etching procedure. --- Write experiment guidelines and lab manuals to improve experiment efficiency. Research in New Type Thin-Film Solar Cell --- Design deposition, annealing and etching to find the best annealing temperature and silver thickness per DOE to enhance new type thin-film solar cell efficiency by 20%. --- Facilitate processes of thin-film solar cell by improving deposition system and annealing device as well as finetuning etching procedure. --- Write experiment guidelines and lab manuals to improve experiment efficiency.



National Cheng Kung University

• Taiwan
• Higher Education
• 700 & Above Employee

• Research Assistance

  • Feb 2008 - Jun 2009

  --- Develop lab instruments such as differentiator/amplifier/power supply from schematics. --- Achieve laser cooling of atoms through setting up light path, maintaining laser, and finetuning lab equipments including oscilloscope, C.C.D. and atom-cavity. --- Develop lab instruments such as differentiator/amplifier/power supply from schematics. --- Achieve laser cooling of atoms through setting up light path, maintaining laser, and finetuning lab equipments including oscilloscope, C.C.D. and atom-cavity.