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About

Mohammed Z. Shaqura is a pioneering researcher at the intersection of robotics, autonomous systems, and sustainable development. His most influential work, "Meeting sustainable development goals via robotics and autonomous systems" (2022, 86 citations), systematically examines how robotics and autonomous systems can fundamentally reshape healthcare, food production, and biodiversity management to deliver the UN Sustainable Development Goals. This landmark paper has become essential reading for researchers exploring the societal implications of autonomous technologies. Shaqura also advances the field of soft robotics through his study on phase-changing materials for controllable stiffness in robotic joints (2022, 7 citations). This innovative work investigates how variable stiffness mechanisms enable robots to navigate confined spaces and operate safely in proximity to humans or delicate objects. His research addresses critical challenges in designing robots that can adapt their physical properties for complex real-world environments. Shaqura's contributions bridge the gap between cutting-edge robotics engineering and global sustainability challenges, establishing him as a forward-thinking researcher whose work informs both technical development and policy considerations for autonomous systems.