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About

Latifah Nurahmi is a robotics and mechanical engineering researcher whose work spans parallel manipulators, cable-driven parallel robots (CDPRs), and reconfigurable robotic systems. Her research has made meaningful contributions to both the theoretical foundations and practical applications of advanced robotic mechanisms. Nurahmi's early work on kinematic analysis, most notably her study of the 3-RPS Cube Parallel Manipulator (2014, 42 citations), established her as a thoughtful contributor to the understanding of three-degree-of-freedom parallel mechanisms. She subsequently turned her attention to cable-driven parallel robots, developing innovative designs for search-and-rescue operations, including suspended eight-cable systems and reconfigurable mobile CDPRs that adapt to unpredictable disaster environments. Her 2020 paper on multi-crane CDPRs has garnered 22 citations, reflecting strong community interest in her practical engineering solutions. More recently, Nurahmi has explored geometric constraint-based reconfiguration for multi-directional 3D printing applications, vibration isolation systems for precision engineering, and stability analysis using Zero Moment Point concepts. Her diverse yet interconnected body of work, accumulating over 130 citations across a decade, demonstrates a sustained commitment to solving real-world engineering challenges through rigorous mechanical design and analysis, making her research valuable to both academic and applied robotics communities.