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About

Dong-Hoon Jung is an accomplished electrical engineering researcher specializing in the design and optimization of permanent magnet synchronous motors (PMSMs) and advanced motor topologies for robotics and electric vehicle applications. His work centers on pushing the boundaries of motor efficiency, power density, and miniaturization — challenges that are critical as demand for high-performance drive systems accelerates across industrial automation and transportation sectors. Jung's most significant contributions include pioneering design methodologies for spoke-type PMSMs, earning 22 citations, and developing innovative dual rotor axial-flux permanent magnet motor architectures tailored for collaborative robot joints. His research on same-direction skew techniques to enhance power density in axial flux motors, alongside novel slotless motor designs that account for practical winding manufacturing constraints, demonstrates a rare ability to bridge theoretical optimization with real-world manufacturability. Collectively accumulating over 45 citations within just two years, Jung's work has rapidly gained recognition within the motor design community. His focus on compact, high-torque solutions for co-robot joints and intelligent drive systems positions him as an emerging authority at the intersection of electromagnetic design, robotics, and sustainable electrification technology — making his research essential reading for engineers advancing next-generation motor systems.