Craig Underwood

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About

Craig Underwood is a prominent space systems researcher whose work sits at the intersection of robotics, spacecraft assembly, and next-generation space telescope technology. His research has focused particularly on the transformative challenge of on-orbit assembly — developing architectures and mission concepts that overcome the fundamental size constraints imposed by conventional launch vehicles. His most-cited work, "Towards Robotic On-Orbit Assembly of Large Space Telescopes" (2024, 28 citations), outlines visionary approaches to constructing imaging systems that would surpass even the James Webb Space Telescope in capability, with applications ranging from cutting-edge astronomy to Earth observation for national security and disaster response. Complementing this, his 2018 study on in-orbit assembly using small spacecraft (13 citations) addressed the critical cost and mass limitations that make single large spacecraft impractical for many missions. His 2019 contribution further refined robotic assembly architectures, emphasizing the scientific and strategic value of larger apertures in space. Collectively, Underwood's research is shaping the roadmap for the next era of space infrastructure, offering practical frameworks that could redefine how humanity builds and operates its most ambitious space-based instruments.