Tensegrity Robotic Fish
Compliant body for efficient swimming.
PhD student in Mechanical Engineering at Colorado State University, building tensegrity robots that adapt their bodies to the task.

I’m a PhD student in the Adaptive Robotics Lab at Colorado State University, advised by Dr. Jianguo Zhao. I completed my M.S. at CSU and my B.Sc. in Mechanical Engineering at BUET.
My research focuses on tensegrity robots — structures of rigid struts held in balance by elastic cables — and how their morphology can adapt for locomotion, manipulation and cooperation. I currently work on a tensegrity robotic fish and a modular tensegrity worm, both supported by NSF. Before grad school I modeled geothermal systems for an EU-funded project in the UK.
Compliant body for efficient swimming.
Modular, self-reconfigurable crawler.
Robust landing on tilted surfaces.
Waterproof directional force sensing.
Cell size adapts to the learner.