Don Shockey

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About

Don Shockey is a pioneering researcher in the intersection of micro-robotics and advanced materials, with a primary focus on the automated construction of lightweight, high-strength structures. His most notable contribution is the development of a novel fabrication method using diamagnetic micro-manipulation, where micro-robots approximately 10 mm in size, equipped with specialized end-effectors, grasp and precisely position milligram-scale carbon fiber elements. In a landmark 2016 study (22 citations), Shockey demonstrated the assembly of macroscopic cubic carbon fiber trusses comprising roughly 1,000 individual parts and spanning 300 mm in length. This work is groundbreaking because it enables the construction of complex, architectured materials that achieve exceptional mechanical crush performance—a feat previously difficult to accomplish at such scales. By bridging the gap between micro-scale manipulation and macro-scale structural engineering, Shockey’s research opens new avenues for creating ultralight, high-performance trusses for aerospace, robotics, and infrastructure applications. His work stands as a testament to the power of merging robotics with materials science to push the boundaries of what can be built.