Eun-Jung Kim

Pohang University of Science and Technology

Papers

Total Citations

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About

Eun-Jung Kim is a pioneering researcher in the field of biomimetic underwater robotics, with a primary focus on fish-inspired robot design and locomotion. Her work bridges hydrodynamics, biology, and mechanical engineering to create efficient, maneuverable aquatic robots. Kim’s most notable contribution is the development of “PoTuna,” a fish-like underwater robot, detailed in her highly cited 2004 paper (33 citations). This study combined extensive hydrodynamic analysis with biological insights into fish propulsion and maneuverability, establishing a foundational framework for designing swimming robots that mimic real fish. She further advanced the field through simulation studies (2006, 7 and 3 citations) that systematically evaluated Body-Caudal Fin (BCF) swimming modes, comparing actuator configurations to identify optimal designs for aquatic robot systems. By assuming identical length, volume, and weight across simulations, Kim provided a rigorous basis for selecting efficient swimming modes. Her work has significantly influenced the development of agile, energy-efficient underwater vehicles, earning recognition for its interdisciplinary approach. With cumulative citations reflecting her impact, Kim’s research continues to inspire innovations in autonomous underwater robotics, offering valuable insights for students and engineers exploring bio-inspired locomotion.