University of Virginia / Cleveland State University / Smithsonian Astrophysical Observatory / International Space Station / Russian Mir space station / Solar Dynamic Observatory / University of Maryland / International Space University / NASA Goddard Space Flight Center / International X-Ray Observatory / /
IndustryTerm
energy levels / silicon micro-pore mirror technology / acoustic energy / transportation / metal matrix composites / mirror fabrication technology / aluminum foam core optical systems / technology development / technology development experience / ultraviolet optical systems / mirror technology / lower energy xrays / alignment tools / /
Organization
Great Observatory-class mission / University of Virginia / International X-Ray Observatory Flight Mirror Assembly / International Space University / University of Maryland / JAXA / NASA’s FMA / Flight Mirror Assembly / U.S. Government / Cleveland State University / European Space Agency / National Aeronautics and Space Administration / NASA Goddard Space Flight Center / Smithsonian / /
Person
David W. Robinson / Ryan McClelland / / /
Position
Lead Mechanical Systems Engineer / Senior Mechanical Systems Engineer / /
Design Concept for the International X-Ray Observatory Flight Mirror Assembly