Glen Mullineux

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About

Glen Mullineux is a leading researcher in mechanical engineering whose work spans geometric algebra, reconfigurable robotics, and computer-aided design. His most influential contribution is the development of a reconfigurable robotic folding system for the confectionery industry (2010, 12 citations), which introduced modular robotic fingers and folders to automate complex packaging tasks. This work demonstrates his expertise in mechanism design and industrial automation. Mullineux has also made significant theoretical contributions to three-dimensional geometry through his work on Clifford (geometric) algebra (2002, 11 citations), where he developed novel approaches for representing rigid body motions using projective geometry. His research on design catalogues for mechanism selection (2008, 9 citations) provides engineers with systematic tools for choosing appropriate linkage mechanisms over cams in assembly and packaging operations. More recently, he has explored absolute multilateration between spheres (2017, 6 citations), a measurement technique that could improve accuracy in large-scale applications like aircraft production and particle accelerator alignment. Mullineux is also author of the textbook *Principles of CAD: A Coursebook* (2012), which offers a structured approach to understanding the relationship between geometry and function in the design process. His work bridges fundamental geometric theory with practical engineering applications.