Pranav Sultania

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About

Pranav Sultania is pioneering the next generation of soft robotics, with a focus on creating untethered, highly functional systems for medical and assistive applications. His research lies at the intersection of soft actuation, magnetic control, and fluidic systems, aiming to replace bulky, rigid components with intelligent, compliant alternatives. Sultania’s major contribution is the development of an electropermanent magnet valve, a groundbreaking innovation that enables onboard, multi-degree-of-freedom control of pneumatic soft robots without the need for multiple external input lines. This work, which has garnered 16 citations since 2024, directly addresses the mobility and compliance limitations of traditional fluidic systems. In a parallel effort, he has designed a magnetically controlled soft robotic glove for hand rehabilitation, accumulating 13 citations. This device offers a promising alternative to conventional clinical therapies by providing repetitive, task-specific exercises in a portable and accessible form. By integrating magnetic control with soft materials, Sultania is not only advancing the fundamental capabilities of soft robots but also paving the way for practical, wearable technologies that can restore function and independence to individuals with motor impairments.