Nick B. Cramer

University of California, Santa Cruz, Ames Research Center

Papers

Total Citations

294

H-Index

About

Nick B. Cramer is a pioneering roboticist whose work bridges the frontiers of adaptive structures, space robotics, and reconfigurable systems. His most influential contribution, the "Digital Morphing Wing" (257 citations), introduced a paradigm-shifting approach to active wing shaping using composite lattice-based cellular structures, enabling discrete, reversible assembly for tunable deformation in aerospace applications. As a key architect of Space ROS, an open-source framework developed with NASA, Open Robotics, and Blue Origin, Cramer is democratizing space robotics by providing a platform-independent, portable flight software stack for next-generation spacecraft. His research extends to flexible, reconfigurable robots like FERVOR, which achieves rectilinear locomotion through structural wave propagation—ideal for traversing narrow channels in inspection or rescue missions. Cramer also tackles the complex dynamics of in-space robotic assembly, modeling robot-structure coupling to enable stable walking and component transport on large flexible structures. With over 294 cumulative citations, his work is shaping the future of adaptive aerospace systems and autonomous space construction, making him a leading voice in the integration of robotics, materials science, and spaceflight software.