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About

Elmi Abu Bakar is a robotics researcher whose work focuses on the design and development of specialized climbing robots and mechanical systems for industrial and agricultural applications. His most significant contribution is the creation of a slider-crank based pole climbing robot (2013, 15 citations), which introduced an innovative mechanism for ascending and descending poles with a limited weight capacity of 3kg, combining a slider-crank climbing module with a modular gripping system. He further advanced this line of research with the development of a pole-like tree spiral climbing robot (2018, 13 citations), demonstrating his sustained interest in bio-inspired locomotion for challenging environments. Bakar has also contributed to the study of robot manipulator trajectory motion (2014, 5 citations), analyzing dynamic mechanisms such as arm pitching and crankshaft connections to optimize system performance. His practical engineering approach is evident in his work on line-following differential wheeled mobile robots for educational projects (2014, 2 citations), which provides hands-on learning tools for mechanical engineering students. Additionally, his research on 3D CAD model feature similarity (2009, 2 citations) addresses shape representation and matching for manufacturing line automation. With a total of over 38 citations across his most-cited works, Bakar’s research bridges theoretical mechanics and practical robotics, particularly in climbing and manipulation tasks for real-world applications.