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About

Muhammad Rusydi Muhammad Razif is a robotics and soft robotics researcher whose work spans soft actuator design, bio-inspired robotic systems, and environmental robotics applications. His research has made significant contributions to the development of pneumatic soft actuators, particularly McKibben-type and multi-chamber designs, establishing foundational material characterization methodologies for hyperelastic silicone rubbers used in soft robotic systems. His 2013 and 2014 studies on RTV silicone material properties and finite element analysis of soft actuators provided critical groundwork for the field, while his investigations into fiber-reinforced rubber actuators advanced understanding of flexible pneumatic mechanisms. Razif's bio-inspired work is particularly noteworthy, encompassing soft robotic fins mimicking gymnotiform swimmers, snake-like locomotion systems, and his widely cited 2017 soft-amphibious quadruped robot utilizing ultra-thin McKibben actuators — accumulating 43 citations and demonstrating remarkable versatility in locomotion design. His research extends beyond pure robotics into environmental applications, including a water surface garbage-collecting robot aimed at river conservation. Collectively, his portfolio of over 175 citations reflects a sustained commitment to advancing soft robotics through rigorous simulation, experimental validation, and socially conscious engineering innovation, making him a meaningful contributor to the emerging soft robotics community.