James Wissman

Papers

Total Citations

H-Index

About

James Wissman is a leading researcher in bio-inspired robotics and soft sensing, with a focus on developing novel sensor technologies for underwater and submersible systems. His work centers on replicating the sensory mechanisms found in aquatic life, particularly the cupula structures in fish, to create highly sensitive, flexible flow sensors. Wissman’s major contributions include the invention of a capacitive bio-inspired flow sensing cupula (2019, 49 citations), which integrates liquid metal capacitors into a silicone-based artificial cupula to detect fluid motion with remarkable precision. This work has advanced the field of submersible robotics by enabling more efficient navigation and object detection in complex aquatic environments. He also developed a liquid metal-based bio-inspired capacitive flow sensor (2019, 5 citations), a compact 5mm x 5mm device that uses differential capacitance changes to measure flow deflection. Wissman’s innovations bridge biology and engineering, offering scalable, low-power solutions for autonomous underwater vehicles. His research has garnered attention for its potential to enhance the versatility and autonomy of aquatic robots, marking him as a key contributor to the next generation of soft, bio-inspired sensing systems.