Tiffany Quigley

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About

Tiffany Quigley is an emerging researcher specializing in hybrid metal manufacturing and advanced fabrication technologies, with a particular focus on wire arc additive manufacturing (WAAM) and large-scale component production. Her work sits at the intersection of robotics, additive manufacturing, and precision metrology, tackling some of the most complex challenges in modern manufacturing engineering. Quigley's most notable contribution is the development of an integrated, multi-system research platform designed to fabricate large-scale metal components through hybrid manufacturing. This highly flexible research cell incorporates multiple robot stations, a multi-axis part transfer system, and five-axis CNC capabilities, representing a significant step forward in manufacturing versatility and scalability. Complementing this, her work on robot path planning for metrology within hybrid manufacturing environments addresses the critical challenge of reducing lead times for large-scale parts, leveraging a sophisticated 6-DOF robot manipulator alongside a 2-DOF part positioner. With a combined 7 citations across her 2024 publications, Quigley's research is already attracting attention within the manufacturing community. As industry demand for efficient, large-scale metal fabrication continues to grow, her contributions to hybrid manufacturing infrastructure and intelligent automation position her as a promising voice in next-generation manufacturing research.