R&D optical engineer Resumes in US-Utah-Provo: qingsong

R&D optical engineer Resume

Contact Candidate

Name:

qingsong

Location:

US-Utah-Provo

Experience:

5-10 yrs

Most Recent Job Title:

R&D optical engineer

Objective:

looking for an optical engineer position

Resume Text:

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analysis.

?Familiar with lasers, Metrology.

?Very creative and very strong independent thinking.

?Persistent and resourceful in research and work.

?Ability of quick learning and adapting to new environments.

?Project management and leadership, excellent organization, communication, and presentation skills.

?Team player with strong interpersonal skills and ability to interact collaboratively with multiple departments.

Zemax skills:

?In-depth optical design theory and high level Zemax skills.

?Zemax Sequential and Non-Sequential Ray Tracing to do optical design, analysis and modeling.

?Illumination design, analysis and modeling, such as LED or specific source, such as 3D sources.

?Optical System Design (course taken in 2004, 15 specific lens design examples and lots of skills).

?Very extensive research reading about lens design, such as Zoom lens, microlithographic projection lens and microscopy lens.

?Coating, scattering, imaging system, lens array, fibers.

?Very good optimization technique. Zemax programming using Macros or ZPL.

?Tolerance sensitivity analysis.

Matlab skills:

?Optical system simulation, modeling and analysis.

?Digital image processing (very good skill and experience).

?Algorithm generation and implementation.

?Specific optical source design and analysis for further used in Zemax simulation.

?Optical fiber and fiber bundle application. Wave propagation in atmosphere or turbulence.

Internship:

As an Optical Engineer in R&D in WaveFrontSciences, Inc. Albuquerque, NM, 05/2005 ?12/2005

Responsibility: optical system modeling, design and analysis for eye and contact lens measurement systems.

Projects involved:

?Project 1: Independent and original design non-contact range estimation method for the eye measurement system. Optical aberration theory and Zemax Sequential Ray Tracing method is used to do optical system analysis and modeling. Matlab Image Processing, Least Square Curve Fitting and Iterative Algorithm are used in research and implementation process. Highly skilled lab work involved. To be patented.

?Project 2: Independent and successful design of corneal topographer for the eye measurement equipment. 3D illumination light sources are designed, analysed and simulated. The mechanical part is designed and then analysed by Zemax. Non-Sequential Ray Tracing is used to simulate specific light source, diffuser, optical component coating and optical system.

Qingsong Wang

Matlab is used to model, analyses and generate data file of the specific light source for further used in Zemax simulation.

? Project 3: Independent design of the optical system for an eye measurement system by using Zemax. Non-Sequential Ray Tracing is used. Anti-reflection coating, lens array, multi light sources and model eye are designed and simulated.

?Project 4: digital image processing and analysis to develop a technique to measure contact lens thickness.

Ph.D study experience: New Mexico State University, Las Cruces, NM. 8/1999 ?12/2006

Research:

?Free Space Optical Communication through atmospheric turbulence:

Result: Super BER Performance improvement:

Our method: 10‾²² ~ 10‾¹³ normal methods: 10‾?

Invention:

Spatially partially coherent beam generator by optical fibers (patent pending)

Lab and Matlab simulation:

Spatially partially coherent beam propagation behavior in turbulence,

Light pulse through multimode fiber and multimode fiber bundle

Speckle analysis of spatially partially coherent beam.

Generation of spatially partially coherent beam by fiber combination.

BER measurement in turbulence to spatially partially coherent beam.

Performance analysis in free space optical communication.

?Optical fiber application

Teaching assistant:

?Advanced Optics Experiment , Introduction to communication, Signal and System, Random Signal Analysis

Teaching experience: Xinyang Teacher’s College, P. R. China, Sept. 1991 ?July, 1999

?Instructor in Physics Department

?Teaching: Optics, Optics experiment, Electromagnetic Theory, General Physics

Research:

?Wavefront reconstruction by using four wave mixing technique

?Optical characteristics of photorefractive crystal material (Fe:LiNbO3)

?Optical image processing by using nonlinear characteristics of photorefractive crystal

Education:

Ph. D, EE, New Mexico State University, Las Cruces, NM, 12/2006, GPA: 3.71

MSEE, EE, New Mexico State University, Las Cruces, NM, 8/2006, GPA: 3.71

B S. Physics, Beijing Normal University, P.R. China, 7/1988 GPA: 3.65

Major Graduate Courses:

Laser Optics Fourier Optics

Electro-Optical System Design Optical information processing

Optical Source and Detector Digital Image Processing

Optical Fiber communication Advanced Optics

Nonlinear Optics and Optics material Digital Signal Processing

Electromagnetic Theory I, II Digital Communication I, II

Solid Physics Adaptive Filter Theory

Statistical Signal Analysis and Estimation Real Analysis I, II

Random Variable and Statistics Theory Advanced Linear System

Honor:

Science and Technology Progress Award from Education Council of P.R. China (1991)

Interests:

Basketball, Golf, Fishing, Kayak, Traveling

Reference: Available upon request.

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