Papers
2
Total Citations
14
H-Index
2
About
Tom Rooney’s research lies at the intersection of bio-inspired robotics and fluid dynamics, with a focus on developing tactile sensing systems for autonomous underwater vehicles. His most notable contributions center on the design and evaluation of artificial active whiskers—biomimetic sensors inspired by the mechanosensory organs of seals and rodents. In his 2011 paper, Rooney introduced a low-cost, biologically inspired underwater walking robot equipped with active whiskers, enabling covert seabed exploration and object characterization in inaccessible environments. This work laid the foundation for his 2015 study, where he demonstrated how biomimetic tactile whiskers can measure local viscosity and velocity of fluids, advancing the field of underwater sensing. Though his citation counts are modest (8 and 6 respectively), these papers represent foundational steps in a niche area of robotics. Rooney’s work is particularly notable for its emphasis on low-cost, practical implementations that bridge biology and engineering, offering a scalable approach to underwater autonomy. His contributions are valuable for researchers interested in tactile sensing, bio-inspired design, and the challenges of operating in unstructured aquatic environments.
Research Focus
Key Achievements
Top Papers
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