Regan Zane

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About

Regan Zane is a leading researcher in power electronics, with a particular focus on wireless power transfer, energy management, and the integration of power systems with robotics and autonomous systems. His work bridges the gap between efficient power delivery and real-world applications, especially in socially interactive robotics. One of his notable contributions is a practical implementation of wireless power transfer systems for socially interactive robots, which has been cited over 10 times and highlights his ability to solve engineering challenges in human-robot interaction. Zane’s research has significant implications for rehabilitation technologies, including robots designed to support children with autism, neuro-developmental motor impairments, and adults with dementia. By enabling seamless, cable-free charging, his work enhances the autonomy and usability of these assistive devices. Beyond robotics, Zane has contributed to advanced power converter designs, battery management, and energy-efficient systems for electric vehicles and renewable energy. His impact is reflected in hundreds of citations across his publications, and he is recognized for translating theoretical advances into practical, scalable solutions. For students and researchers, Zane exemplifies how power electronics can drive innovation in socially impactful technologies.