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About

Rendyansyah is an Indonesian robotics researcher whose work sits at the intersection of intelligent control systems, autonomous navigation, and applied robotics. His research primarily focuses on fuzzy logic control, robotic manipulation, and mobile robot navigation, with a consistent emphasis on developing practical solutions to real-world safety and industrial challenges. His most celebrated contribution, "Implementation of Fuzzy Logic Control in Robot Arm for Searching Location of Gas Leak" (2015), has garnered 27 citations and represents a significant advance in hazardous environment robotics — designing a three-degrees-of-freedom arm capable of autonomously locating dangerous gas sources, removing humans from potentially lethal situations. This work established Rendyansyah as a thoughtful researcher applying intelligent algorithms to urgent safety problems. Beyond gas detection, his research portfolio spans behavior-based autonomous navigation using fuzzy logic, multi-degree-of-freedom manipulator simulation for educational applications, and integrated mobile-manipulator systems such as GACOBOT, an innovative garbage-collecting robot combining mobility with object manipulation. His 2019 work further extended these themes by merging fuzzy logic with Support Vector Machine classification for olfactory-based object inspection. Across his publications, Rendyansyah demonstrates a committed vision of robotics as a tool for protecting human lives and enhancing industrial efficiency.