David Hu

David Hu is a Professor in the George W. Woodruff School of Mechanical Engineering (College of Engineering) and the School of Biology at the Georgia Institute of Technology, where he directs the Hu Lab for Biolocomotion. His interdisciplinary research bridges mechanical engineering and biology to decode animal locomotion principles for robotics applications.

Dr. Hu's research focuses on biomechanics, fluid dynamics, and solid mechanics, examining how animals interact with air-water interfaces during flight, swimming, and running. His work explores fundamental questions in interfacial phenomena, elasticity, and biological movement, with implications for biomimetic robotics in surgery, exploration, and rescue operations. Key themes include fire ant raft dynamics, elephant trunk mechanics, and fluid-structure interactions in natural systems.

Recent publications reveal a strong interdisciplinary trajectory spanning animal biomechanics (e.g., mosquitoes, otters, elephants), biomedical innovation (smart toilets, surgical braces), and conservation technology. His work increasingly integrates AI for behavioral prediction and environmental monitoring, while maintaining core strengths in fluid dynamics and interfacial mechanics.

Scientific awards include:

• NSF CAREER award
• Lockheed Inspirational Young Faculty award
• Best Paper Awards from SAIC, Sigma Xi, and ASME
• Pineapple Science Prize
• Ig Nobel Prize

Dr. Hu actively engages in science communication through media appearances (Good Morning America, NPR, Netflix documentaries) and public outreach events like Zoo Biomechanics Day. His lab receives significant funding including NSF grants, supporting collaborations with zoos and conservation organizations. He mentors students in interdisciplinary research combining theory, computation, and experimentation.

The Hu Lab for Biolocomotion conducts experimental and theoretical studies on biological movement, featuring facilities for fluid dynamics testing and biomechanical analysis. The lab emphasizes field research through initiatives like the Jungle Biomechanics Lab and partners with institutions including the Atlanta Zoo for conservation-focused projects.