Scott McGovern

ARC Centre of Excellence for Electromaterials Science, University of Wollongong

Papers

Total Citations

132

H-Index

About

Scott McGovern is a pioneering researcher in the field of bio-inspired robotics and soft actuation, with a primary focus on developing novel electromaterial systems for aquatic robots. His landmark work centers on the creation of conducting polymer actuators—specifically polypyrrole (PPy)—to propel small-scale, fish-like robotic platforms. McGovern’s most notable contribution is the development of the NEMO (Novel Electromaterial Muscle Oscillator) robotic fish, a fully autonomous underwater vehicle that uses an active flexural joint tail fin powered by PPy actuators, enabling real-time wireless speed and directional control. This groundbreaking work, cited 79 times, demonstrated the feasibility of silent, maneuverable, and miniaturized underwater robots for environmental monitoring, such as pollution detection and video mapping. His subsequent studies on fast bender actuators and thrust force evaluation (with 27 and 26 citations, respectively) further advanced the understanding of actuator performance and propulsion efficiency in flapping-tail designs. McGovern’s research has significantly impacted the development of soft robotics and bio-inspired engineering, offering a pathway toward more agile and efficient underwater sensor platforms. His achievements underscore the potential of conducting polymers to revolutionize small-scale aquatic robotics.