Iman Borazjani

University at Buffalo, State University of New York

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About

Iman Borazjani is a leading figure in computational fluid dynamics and bio-inspired engineering, whose work bridges fluid-structure interactions and biological locomotion. His research focuses on understanding how organisms move through fluids—from fish swimming to cardiac blood flow—and applying these principles to design innovative robotic systems. Borazjani’s major contributions include developing high-fidelity simulations that reveal the mechanics of undulatory swimming, particularly in Mackerel-like fish, and translating these insights into self-assembling, vibration-driven structures. His 2014 paper on “Self-Assembling Swimming Smart Boxes” exemplifies this, where he analyzed mode shapes that mimic fish body waveforms, laying groundwork for autonomous underwater vehicles. With over 2,000 citations across his work, Borazjani’s impact is evident in both engineering and biology communities. Notably, his achievements include receiving the NSF CAREER Award and publishing in top journals like the Journal of Fluid Mechanics. For students and researchers, Borazjani’s work offers a compelling model of how computational tools can unlock nature’s designs for real-world innovation.