Ghaemi Optical Engineering
Ghaemi Optical Engineering
  • San Diego, CA, US, Phone: 858-733-0039

    Consulting

     From Design to Hardware Build

    • Optical Design & Analysis
    • Opto-mechanical Design & Packaging
    • Solid & 3D Model Generation (STP & IGES formats)
    • Engineering Drawing Generation for Component Fab
    • Vendor Management
    • Prototype & Optical System Build
    • Testing & Calibration

    Strategy

     Think Outside the Box

    • Be innovative to find simple yet elegant solutions
    • Apply early design goals of producibility & cost control
    • Achieve performance within budget & schedule
    • Success oriented on leading edge, high tech projects
    • Quick response flexibility

    Experience

    31 Years of Proven Track Record on High Precision Optical Systems

    • Imaging & Non-imaging
    • Up to 1/2 meter Reflective; 2 and 3-Mirror Telescopes
    • Down to 5 mm Refractive Lenses
    • Zoom Lenses
    • Catadioptric Systems
    • UV, Visible, NIR
    • Fiber Optics
    • High Power Excimer Laser Optics
    • High NA Star Trackers

    Professional Bio

     F. Tony Ghaemi received his degrees from San Diego State University:  Bachelor of Science in Chemical Physics in 1982, and Master of Science in Physics (optics concentration) in 1985. His early career years were in the field of medical optics as R&D optical engineer working on intra-ocular lenses. He spent the next 13 years in design, build and test of high precision space-qualified optical systems ranging from half-meter size reflective telescopes to small refractive optical systems used on NASA missions. In 2001 he joined Malin Space Science  Systems (MSSS) in San Diego, CA as the Lead Optics Engineer, where he  spent over 7 years handling various responsibilities in a small hardware group to design and build science cameras for NASA's Mars and Moon exploratory missions. His responsibilities included optical design and analysis; opto-mechanical design; optics supplier proposal review,  contract award & management; optical testing; system calibration;  and most recently design and build of four science camera lenses for the Mars Science Laboratory (MSL) aka Curiosity rover, successfully landed on Mars in Aug 2012.