Michael R. Hansen

University of Agder, University of Southern Denmark, Aalborg University

Papers

Total Citations

120

H-Index

About

Michael R. Hansen is a robotics researcher whose work bridges mechanical design, human-robot interaction, and control systems. His most influential contribution is a robust forward-displacement analysis for spherical parallel robots (2009, 96 citations), which provides a critical mathematical framework for solving the kinematics of these complex mechanisms—a foundational tool for robot design and motion planning. Hansen also explores the social dimensions of robotics, notably in his 2018 study on gendered robot voices and trust (17 citations), which reveals how vocal characteristics influence human willingness to share personal information with robots, offering key insights for user-centered design. Earlier, his application of feedback linearization to hydraulic servo systems (2005, 7 citations) addressed nonlinear control challenges, demonstrating how advanced techniques can improve performance over conventional linear controllers. This trajectory—from precise mechanical analysis to nuanced human-robot interaction—showcases Hansen’s versatility and impact. His work not only advances technical robotics but also informs how robots can be designed to be both functionally effective and socially acceptable, making him a valuable voice in the field.