Mark Hermes

Papers

Total Citations

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About

Mark Hermes is a pioneer in bioinspired soft robotics, specializing in underwater locomotion and adaptive morphing structures. His research bridges biology and engineering to create robots that mimic benthic animals, enabling efficient crawling and swimming in complex aquatic environments. His most-cited work, "Morphing Structure for Changing Hydrodynamic Characteristics of a Soft Underwater Walking Robot" (2019, 64 citations), introduces a transformative platform that alters its shape to reduce energy expenditure in flow, a breakthrough for long-duration underwater inspection. Hermes further advances this field with "Bioinspired Shape-Changing Soft Robots for Underwater Locomotion" (2020, 17 citations), optimizing actuation for dual-mode movement. His innovative "Locomotion and Control of a Friction-Driven Tripedal Robot" (2021) demonstrates a radially symmetric design with omnidirectional gait control, using minimal hardware—three servo motors—to achieve precise, energy-efficient motion. By integrating soft robotics with hydrodynamic principles, Hermes’ work has significant implications for marine exploration, environmental monitoring, and autonomous underwater vehicles. His contributions are shaping the next generation of resilient, adaptable robots capable of navigating challenging underwater terrains.