Mohsen Daghooghi

University at Buffalo, State University of New York

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About

Dr. Mohsen Daghooghi is a researcher whose work lies at the intersection of bio-inspired design, structural dynamics, and smart materials. His key research areas include self-assembling structures, vibration analysis, and biomimetic locomotion. His most notable contribution, the "Self-Assembling Swimming Smart Boxes" paper (2014, 2 citations), presents a novel approach to structural optimization by analyzing the vibration modes of a self-assembled structure. Remarkably, the mode shapes of this engineered system closely mimic the body waveform of a swimming Mackerel fish, demonstrating how natural locomotion principles can be translated into synthetic, adaptive designs. By extracting the Mackerel’s lateral deformation waveform from biological literature, Daghooghi bridges the gap between biology and engineering, offering a pathway toward autonomous, shape-changing underwater vehicles. Though early in citation impact, this work showcases his innovative thinking in merging self-assembly with bio-robotics. His research holds promise for advancing smart materials that can reconfigure themselves for efficient propulsion, with potential applications in environmental monitoring and soft robotics.