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About

Bibekananda Patra is a robotics researcher whose work centers on the mathematical foundations of robotic systems, with particular expertise in parallel manipulators, mobile robots, and the geometry of rotational spaces. His most significant contribution lies in advancing the analytical understanding of Stewart platform manipulators — complex six-degree-of-freedom parallel robots widely used in aerospace and surgical applications. His 2024 work on determining the optimal effective regular workspace of a 6-6 Stewart platform, which has already garnered 7 citations, offers a rigorous analytical framework that aids engineers in designing and deploying these systems more effectively. Patra has also made notable strides in understanding SO(3) — the mathematical group describing three-dimensional rotations — using Euler angles and Rodrigues parameters to geometrically characterize orientation workspaces, work that addresses longstanding conceptual ambiguities in the field. His research on lawn mower trajectory tracking for nonholonomic wheeled mobile robots demonstrates a practical dimension to his expertise, with direct applications in autonomous surveying and agricultural robotics. His 2024 study on minimum enclosing cones further reflects his broader commitment to solving elegant geometric problems with direct relevance to robotic workspace analysis, establishing him as a thoughtful contributor to theoretical and applied robotics.