Jordi Van Damme

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About

Jordi Van Damme is a researcher focused on advancing high-torque-density electric machines for direct-drive robotic applications. His primary research areas include axial flux permanent magnet synchronous machines (AFPMSMs), specifically the Yokeless and Segmented Armature (YASA) topology, and the use of novel materials to push the limits of specific torque in actuators. Van Damme’s major contributions involve the innovative application of anodized aluminum foil windings in axial flux machines, as detailed in his most-cited work (2022, 20 citations), which addresses the critical need for higher specific torque in direct-drive robotics by exploring material-driven design improvements. His 2023 study on stall torque performance analysis of YASA machines (2 citations) further deepens understanding of these motors’ capabilities in low gear-ratio or gearless systems. While his citation counts are still growing, reflecting the early stage of his career, Van Damme’s work is notable for targeting practical, high-impact challenges in robotics—such as improving actuator efficiency and torque density—making his research highly relevant for engineers developing next-generation robotic systems. His focus on material innovation and machine topology positions him as an emerging contributor to the field of electric machine design.