Jody Muelaner

University of Bath, Lanner Group (United Kingdom)

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About

Jody Muelaner is a leading researcher in large-scale metrology and robotic automation for aerospace manufacturing. His work centers on developing high-accuracy measurement systems and robotic solutions to enable the "Light Controlled Factory"—a vision where precision assembly, reconfigurable tooling, and robotic machining are driven by real-time metrology. His most-cited paper (23 citations) outlines how predictive fitting and active compensation can reduce weight and improve quality in part-to-part assembly. Muelaner’s design of a high-accuracy, high-capacity (HAHC) aerospace robot (19 citations) addresses the critical need for robots that can both lift heavy components and position them with micron-level precision. He has also pioneered absolute multilateration between spheres (6 citations), a novel technique that overcomes environmental limitations in large-scale coordinate measurement for applications like aircraft production and particle accelerator alignment. More recently, he has analyzed unsettled technology domains in robotics for aerospace automation (2 citations), identifying accuracy improvement as the key enabler for replacing bespoke gantries with flexible serial robots. Muelaner’s contributions directly support the shift toward lighter, more efficient aircraft through advanced automation and metrology.