Ian Dukes

Papers

Total Citations

253

H-Index

About

Ian Dukes is a pioneering figure in biomimetic robotics, best known for his groundbreaking work in the design and control of autonomous robotic fish. His research sits at the intersection of mechatronics, biomechanics, and sensor-based control, with a central focus on replicating the complex, three-dimensional swimming patterns of real fish. Dukes’s major contributions include the development of the MT1 (Mechanical Tail) robotic fish, which introduced a novel, single-motor tail structure capable of generating fish-like C-bend motions—a design that enabled the first small-scale robot to achieve true 3D swimming. His most cited work, “Design of 3D Swim Patterns for Autonomous Robotic Fish” (126 citations), and his subsequent mechatronics paper (105 citations) have become foundational references in the field. Dukes also advanced a modular behavioural framework for carangiform swimming, decomposing movement into basic actions like cruising and sharp turns. Through these innovations, he has significantly influenced the design of efficient, agile underwater robots, inspiring a generation of researchers in bio-inspired engineering.