Diana Joseph

Papers

Total Citations

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About

Diana Joseph is a researcher in assistive robotics and soft actuation, with a focus on developing wearable technologies for rehabilitation and human augmentation. Her most-cited work, the "Assistive Exoskeleton Hand Glove" (2020), introduces a novel soft-robotic glove featuring segmented actuators that enhance finger compliance and adaptability. Through finite element modeling and experimental validation, Joseph demonstrated how segmented designs improve actuator conformity to natural finger movements, addressing a key challenge in exoskeleton comfort and functionality. While her citation count is still emerging—with 4 citations for this foundational paper—her contributions represent a promising step toward more intuitive, user-friendly assistive devices. Joseph’s work bridges simulation and fabrication, offering a scalable approach for soft robotics in medical and industrial applications. Her research holds potential for aiding individuals with hand impairments, and her methodical design process serves as a valuable reference for engineers developing next-generation wearable exoskeletons.