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About

Rud Moe is a space systems engineer and researcher whose work has centered on the design and development of large-aperture space observatories, in-space assembly technologies, and interferometric imaging systems. His most significant contribution is a conceptual framework for scalable space telescopes — ranging from 10 to 50 meters in segmented filled-aperture — designed to operate across UV, optical, and near-infrared wavelengths and assembled in orbit by robots, astronauts, or collaborative combinations of both. This visionary 2006 paper has garnered 38 citations and remains an influential reference in the field of next-generation space telescope design. Moe has also contributed to the Stellar Imager mission concept, a NASA Sun-Earth Connection "Vision" mission proposing a large-baseline interferometer at the Sun-Earth L2 point to study stellar magnetic dynamos and internal stellar structure, accumulating 11 citations. His later work explored ISS-based demonstrations of robotic optical assembly techniques applicable to space solar power collectors and large astronomical facilities. Across his research, Moe consistently bridges ambitious long-range mission concepts with practical engineering pathways, making him a noteworthy contributor to the future of human and robotic space infrastructure development.