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About

Andreas Argubi‐Wollesen’s research lies at the intersection of biomimetics, wearable robotics, and human-machine integration, with a focus on designing soft, modular support systems for industrial environments. His major contribution is the development of an ultra-compact, lightweight soft muscle glove, inspired by biological principles, which achieved 27 citations and demonstrates how biomimetic design can create effective assistive devices. Argubi‐Wollesen also introduced the Human Hybrid Robot (HHR) concept, a novel approach for wearable, modular support systems that leverage 3D-printing and other advanced manufacturing technologies for easy adaptation to users and tasks. His work on human-machine integration explores support relations in industrial production, addressing the societal challenge of designing seamless interactions between humans and technology. With papers like “A Novel Concept for Wearable, Modular and Soft Support Systems” (11 citations) and “Towards a Modular and Wearable Support System for Industrial Production” (6 citations), Argubi‐Wollesen has laid the groundwork for ergonomic solutions that reduce musculoskeletal diseases in manual tasks. His achievements highlight a commitment to creating practical, user-centered technologies that enhance worker well-being and efficiency in modern production settings.