E. Karamipour

Iran University of Science and Technology

Papers

Total Citations

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About

Dr. E. Karamipour is a robotics researcher specializing in reconfigurable and omnidirectional mobile robots, with a focus on adaptive locomotion and obstacle negotiation. Their major contribution lies in the conceptual design and motion analysis of robots capable of dynamically adjusting their physical dimensions—specifically width, height, and length—to navigate complex environments. Karamipour’s most cited work, “Reconfigurable Mobile Robot with Adjustable Width and Length” (2020, 25 citations), introduces a novel platform that can alter its footprint to traverse narrow passages or overcome obstacles, supported by detailed motion equations and simulation. A related study on omnidirectional mobility with height and width adaptation (2019, 4 citations) further emphasizes energy-efficient obstacle skipping, a key innovation for field robotics. These designs prioritize minimal energy consumption during dimensional adjustments, offering a practical solution for search-and-rescue or inspection tasks in cluttered settings. Karamipour’s work bridges mechanical reconfigurability and control theory, providing a foundation for future adaptive robotic systems. Their research is particularly notable for integrating geometric versatility with operational efficiency, making it a valuable reference for students and engineers exploring mobile robot design.