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Are you interested in opto-mechanics?  Then join us!  Don't worry, there are no dues, no weird initiation rituals or secret oaths...   Just like-minded professionals willing to share ideas, learn new things, and enjoy each others company.
To be included on this page, please email a short bio (160 words or less, please), that includes name, e-mail address and/or other contact info, experience, research, publications, recent projects, or whatever else you want us to know about you.  (Don't forget to include any applicable URLs, I'll incorporate them into links like I did on mine.)  I will post them in the order received, until the list gets long enough to require sorting alphabetically or in  some sort of categorical arrangement.

 

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Scott Benjamin  Opto-mechanical Designer   <www.optics.arizona.edu/opt_fab>
Background in aerospace prototype development, fabrication, and test beginning  in 1976.  Previous employers include the Aircraft Controls Division of The Woodward Governor Company and Hughes Missile Systems (now Raytheon).  Began specializing in opto-mechanical design in 1992 when hired by National Optical Astronomy Observatories for work on KPNO's WIYN 3.5M telescope.   Currently with the University of Arizona's Optical Sciences Center.  Recent accomplishments include an all SXA 16" R-C telescope for the Arizona Imaging Spectrometer project, launched aboard the space shuttle Discovery on October 29, 1998.

 

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INOV, Inc.  (www.inov.com) develops opto-mechanical systems, products and processes for production. Our structure and agility are beneficial in fostering relationships with creative talent. We focus intensely on projects and move swiftly to production solutions. Companies often employ our team to work on a specific project, where time to market is critical. Averaging twenty years of industry experience, our team is well equipped to take on demanding projects, both large and small. Experience includes Opto-Mechanical Engineering & Systems, Project Management, Process Development, Product Development, Fiber-Optic Component Packaging, Packaging Facility Set-up, Optical System Design, Medical Optics, Illumination, Motion Control, Machine Vision, and Automation for Production. Fred Bushroe, owner, has fourteen years of optical industry experience, and most recently founded a Packaging and Automation Division for fiber optic components. Receiving a BS in Electrical Engineering, and an MS in Optical Sciences from the University of Arizona, Fred is disciplined in optics, mechanical design, computers, product development and business. Please call Fred at (520) 881-6007 to find out more, or email him at optix@inov.com.

 

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HSA Engineering, Inc. specializes in opto-mechanical and precision mechanical systems design and analysis. We have expert knowledge in the areas of high precision mounts for both reflective and refractive optics, design for the semiconductor equipment industry, and precision mechanical design for commercial production.  We offer professional engineering services ranging from analysis of existing systems to ready-to-manufacture design packages.  HSA engineers have expertise in the design of optomechanical components for UV systems, optical mounts for lithography equipment, optical inspection equipment & systems, mounting systems for flight display systems, including HUDs & HMDs, lens mounting systems that utilize retainer ring &/or elastomeric mounting techniques, devices for the alignment & mapping of simulator display systems, and kinematic mounts for large reflective optics.  For more information please contact hsaengr@earthlink.net, Tel: 650-964-9173, Fax: 650-964-9176.

 

bulletMartin Valente is the Manager of the Optics Shops at the Optical Sciences Center, and also serves as Principle Investigator and Senior Staff Engineer for various programs at OSC. Recent work at OSC includes: Principle Investigator for the design and fabrication of the Arizona Imaging Spectrometer (also known as Star-lite) - 16” all metal matrix composite R-C telescope launched on the Space Shuttle on 10/29/98, Principal Investigator for the polishing and testing of Science Mission Quartz Blocks for Gravity Probe B - 21” long by 7” diameter facetted fused quartz block with compound angular tolerances of 1 arcsecond, and Principal Investigator for the polishing and testing of DCATT for the Next Generation Space Telescope - 1 meter segmented mirror which will serve as a testbed for phasing algorithms for NGST. Areas of interest include optical fabrication techniques, optical alignment and lightweight mirror technology.

 

bulletJohn Witt -- Opto-mechanical designer -- Previously worked at Texas Instruments-Dallas in the Optics Design Group, designing various mechanisms for military optical systems.  Also worked at Phase Shift Technology in Tucson designing a variety of interferometer systems, from a small microscope Michaelson type to a multi-ton Moiré interferometer.  At Hughes (Raytheon) Missile Systems, designed a series of small catadioptric missile sensors using advanced materials, as well as optical assembly tooling.  Fluent in AutoCAD, CADRA and Pro-E, FEA.  Interested in innovative mechanisms and materials approaches to solving the problems of opto-mechanics.   Available for design consulting, presently residing in Seattle, WA.  Tel: (206)352-0320, jwitt@fanfarehouse.com, Box 99464, Seattle, WA 98199.

 

bulletROM Engineering (http://www.rom-engr.com) provides analysis and innovative design services to a wide range of engineering disciplines, including mechanical, optical, and civil engineering.   Opto-mechanical engineering, a subset of the first two disciplines, is the company's specialty.  The optical and mechanical analysis resources at ROM Engineering are quite extensive.  The latest version of the finite element analysis software ANSYS is available.  This is the full nonlinear version with no model size limitations.  The optical design code ZEMAX along with the nonsequential raytracing optical analysis program ASAP is also available.   Mechanical design is done with the CAD packages SolidWorks and Pro/Engineer.   SolidWorks is used for all internal mechanical design performed at ROM due to its ease-of-use and top-down design capability.  Pro/Engineer is also available due to its large installation base and variety of analytical tools available for it.   Multidiscipline design optimization is a new capability presently under development using the optimization shell program iSight.  Both mechanical and optical design parameters and performance criteria will be combined into a single optimization process which may consist of several suboptimizations.  Contact Skip Radau, skip.radau@cox.net  Tel: (520) 798-0883, Fax: (520) 798-0890, PO Box 65170, Tucson, AZ 85728-5170.

 

bulletEdward Stokes – Senior Opto-Mechanical Engineer. Currently at ETEC Systems, Inc. (www.etec.com Tucson). Work includes final integration tooling for production LDI machine. Currently part of team designing next generation optical engine for LDI. Previously at ADE PhaseShift Technology (www.phase-shift.com Tucson) Work included opto-mech. design of instantaneous phase interferometer (IPI). Previously at Optical Gaging Products (www.ogpnet.com Rochester, NY) opto-mech/system design of ‘basic bench’ optical comparator and optics engine for bench-top video metrology machine - SmartScope Flash/Flare. Major design challenge included 10:1 zoom lens. After graduation from the UofA with BS Engineering Physics worked for Canada-France-Hawaii Telescope (www.cfht.hawaii.edu Waimea, HI). Work included major image improvement/upgrades for f/35 secondary and 3-meter primary. While at UofA started opto-mech work experience at Lunar Planetary Lab as assistant.
Home email – stokesel@concentric.net

 

bulletShih-Yung Lin Opto-Mechanical Engineer (910) 798-8130. Background in Engineering Science/Mechanics and study focused on opto-mechanics. Build optical instruments such as Moiré Interferometers, Michelson Interferometers, Polariscopes, and Machine Vision Systems for stress/strain analysis, failure prediction, and quality inspection. Technical knowledge covers also NDE, FEA and thermal imaging. Worked for Corning Optical Fiber as a Manufacturing Engineering Specialist until September 2002 and Concurrent Technologies Corporation (a defense contractor) from 1992 to 2001. Graduated from Virginia Polytechnic Institute & State University in 1992. Interested in creative problem solving and new technology development.

 

 

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