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About

Tom Fuhlbrigge is a leading researcher in industrial robotics and manufacturing automation, with a focus on transforming complex, labor-intensive assembly processes into efficient, robotic systems. His work spans powertrain assembly, wire harness automation, and heavy machinery maintenance, where he has pioneered methods for integrating force control, vision-guided robots (VGR), and collaborative robots into production lines. Notably, his 2008 paper on robotizing powertrain assembly (21 citations) established foundational approaches for automating transmission torque converter installation and engine head assembly, while his 2007 work on automated engine piston installation (13 citations) introduced multi-robot systems to replace manual or inflexible hard automation. Fuhlbrigge’s innovative contributions also include a modular air-gap crawler for in-situ motor/generator inspection (9 citations) and a semiautonomous mobile industrial manipulator (7 citations) that bridges mobility and precision. His recent 2020 paper on robotic wire pinning for wire harness assembly (10 citations) demonstrates advanced dexterous manipulation of flexible components, highlighting his ongoing impact on agile manufacturing. With over 60 citations across his most-cited works, Fuhlbrigge’s research is instrumental in advancing high-accuracy, flexible automation for industries ranging from automotive to mining.