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About

Gonzalo Aguirre Dominguez is a robotics and mechatronics researcher whose work centers on safe human-robot interaction, compliant actuation, and smart fluid technologies. His research addresses one of the field's most pressing challenges: designing robotic systems that are simultaneously powerful, safe, and responsive to human presence. Aguirre Dominguez has made significant contributions through his pioneering investigations into magnetorheological (MR) fluid-based actuators. His development of backdrivable MR hydraulic pistons and vane-type rotary actuators offers innovative solutions for force control in collaborative robotics, particularly in demanding industrial environments such as construction and manufacturing. His 2022 study on the backdrivable vane-type actuator (9 citations) demonstrates how MR fluids can reconcile the competing demands of intrinsic safety and high output performance. Complementing this, his haptic interface work integrates adjustable-stiffness MR fluid chambers with capacitive tactile sensing, advancing intuitive human-machine interaction. His earlier contributions include concepts for robot arms with adjustable series clutch actuators and passive gravity compensation, addressing longstanding limitations of spring-based compliance systems. Across roughly 37 cumulative citations, Aguirre Dominguez has established a coherent body of work that meaningfully advances safe, adaptable robotic actuation for real-world human-centered applications.