Jeremy J. Bruggemann

Papers

Total Citations

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About

Jeremy J. Bruggemann is a researcher specializing in spacecraft dynamics, robotics, and on-orbit servicing technologies. His work addresses one of the emerging challenges in modern space operations: the accurate identification of inertial properties of spacecraft undergoing on-orbit servicing procedures such as refueling, repair, and rescue missions. As these operations grow increasingly complex, reliable knowledge of a spacecraft's changing inertial characteristics becomes essential for maintaining effective control systems. Bruggemann's most notable contributions include the development and experimental validation of a robotics-based inertia identification algorithm, demonstrated under zero-gravity conditions — a technically demanding achievement that bridges theoretical robotics methods with the practical realities of the space environment. His 2010 study provided critical zero-G experimental validation of this approach, while earlier work from 2008 established a dedicated experimental testbed to rigorously test the identification methodology under controlled conditions. Together, these contributions have helped lay a foundational framework for autonomous spacecraft servicing capabilities. Though his citation record remains modest — with his leading works accumulating a combined seven citations — his research addresses a technically precise and forward-looking niche within aerospace engineering, making it particularly relevant as commercial and governmental interest in on-orbit servicing continues to grow.