Christian Holden

Norwegian University of Science and Technology

Papers

Total Citations

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About

Christian Holden is a leading researcher in biomimetic robotics, with a primary focus on snake robot locomotion and adaptive control systems for autonomous vehicles. His most significant contributions lie in the theory and optimization of obstacle-aided locomotion for snake robots—a paradigm where robots push against environmental obstacles to achieve propulsion, mimicking biological snakes. In his seminal 2014 work, "Optimal dynamic force mapping for obstacle-aided locomotion in 2D snake robots" (16 citations), Holden developed a framework to optimally map contact forces, enabling more efficient and robust traversal of challenging terrain. This built upon his earlier 2013 paper on static propulsive force optimization (5 citations), which laid the groundwork for understanding how snake robots can leverage environmental contacts for movement. Beyond snake robotics, Holden has extended his expertise to marine systems, as demonstrated in his 2024 work applying a modified Model Reference Adaptive Controller and Observer (MRACO) for speed control of unmanned underwater vehicles (3 citations). His research bridges fundamental control theory with practical robotic applications, offering key insights for students and researchers interested in bio-inspired design, nonlinear control, and autonomous systems operating in complex, unstructured environments.