Technological advances in bionics and prosthetics are transforming the capabilities and adaptability of assistive devices. This book explores cutting-edge innovations such as powered exoskeletons, neural interface systems, and 3D-printed prosthetics. Topics include sensor integration, machine learning in movement control, and responsive feedback systems. It highlights how technology bridges the gap between biology and engineering. The book provides insight into future directions, ethical considerations, and the evolving role of prosthetic care in modern rehabilitation.
Zhen Yu is a biomedical scientist and research fellow recognized for his work in bionic limb integration and neuroprosthetic systems. He is known for developing experimental prototypes that bridge human-machine interfaces. His contributions span robotic augmentation, myoelectric control systems, and real-time sensory feedback. He has authored multiple peer-reviewed articles and holds several patents in bionic limb design. Zhen collaborates with interdisciplinary teams to push the boundaries of prosthetic responsiveness and user adaptation. His main areas of focus include neural interfacing, rehabilitation robotics, and adaptive motor control.