Monica M. Wilhelmus

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About

Monica M. Wilhelmus is a pioneering researcher in bio-inspired robotics and fluid dynamics, with a primary focus on metachronal swimming—a synchronized, wave-like appendage motion used by many aquatic invertebrates for efficient propulsion. Her major contributions center on unraveling the physical mechanisms behind this locomotion, particularly through the development of innovative robotic platforms. She created **Pleobot**, a modular robotic system designed to replicate metachronal swimming, enabling controlled experiments that are impossible with live organisms. This work, cited 17 times since 2023, has provided critical insights into how appendage spacing, flexibility, and phase coordination drive performance and maneuverability at intermediate Reynolds numbers. Wilhelmus has further advanced the field by investigating **leg coalescence**—the merging of closely spaced appendages—and its role in swimming efficiency, as detailed in her 2024 and 2025 papers. Her research bridges engineering and biology, offering a powerful tool for studying swarming behaviors and inspiring new designs for underwater vehicles. With a growing citation impact, Wilhelmus is establishing herself as a leading voice in understanding the biophysics of aquatic locomotion, making her work essential for students and researchers in robotics, fluid mechanics, and marine biology.