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About

Byung‐il Kwon is a researcher specializing in advanced electric machines and drives, with a particular focus on innovative motor designs for robotics and smart energy conversion systems. His work spans multi-degree-of-freedom motors, flux switching permanent magnet machines, and rotary-linear motor architectures, contributing meaningfully to the development of next-generation electromechanical systems. Among his notable contributions is the design and analysis of a double excited three-degree-of-freedom motor tailored for robotic applications, which introduced a laminated structure approach that simplifies manufacturing while eliminating the need for costly permanent magnets. Kwon has also advanced flux switching permanent magnet machine technology by incorporating phase-group concentrated-coil windings to achieve higher torque density, expanding their viability for precision robotic systems. His editorial leadership in the area of emerging electric machines further reflects his recognition within the research community as a thought leader in energy conversion technology. His investigations into rotary-linear motors with voice coil structures address the growing demand for multi-dimensional motion in high-precision industrial applications such as integrated circuit manufacturing. With citations spanning multiple subfields of electrical engineering, Kwon's body of work represents a cohesive and impactful effort to push the boundaries of modern motor design.