Poulad Moradi

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About

Poulad Moradi is a researcher whose work bridges biomedical engineering and bio-inspired robotics, with a particular focus on developing novel approaches to minimally invasive surgical interventions. His key research areas include flexible needle steering, soft tissue navigation, and the application of biological locomotion principles to medical device design. Moradi’s most notable contribution is his pioneering 2008 paper, “Flexible liver-needle navigation using fish-like robotic elements,” which has garnered 4 citations. In this work, he introduced an innovative method for steering flexible needles through soft tissue by drawing an analogy to the undulating wave motion of fish swimming. By modeling the needle as a linear beam under small deflection and applying cantilever beam theory, Moradi proposed a control strategy that could enhance precision in procedures such as liver biopsies or tumor ablations. Though early in its citation impact, this work represents a creative synthesis of biomechanics and robotics, offering a foundation for future research in autonomous needle guidance. Moradi’s approach exemplifies how nature-inspired engineering can address critical challenges in medical robotics, making his contributions a compelling starting point for students and researchers interested in the intersection of soft robotics and surgical navigation.