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About

Ioannis Mandralis is a robotics researcher whose work sits at the intersection of bio-inspired locomotion, aerial robotics, and autonomous navigation. Drawing inspiration from nature's most agile movers — birds, bats, and amphibians — he develops robotic systems that push the boundaries of multi-modal mobility and dynamic flight control. His most recognized contributions include pioneering work on bounding flight trajectory generation, where he demonstrated how combining posture control and thrust vectoring can replicate the elegant intermittent flight patterns of biological fliers (9 citations). He has also made significant strides in morphobot design, developing scalable ground-aerial robots capable of autonomous 3D path planning (7 citations) and the aerially transforming ATMO platform. His work stabilizing the tailless bat-inspired Aerobat micro aerial vehicle showcases his expertise in flapping-wing dynamics, while his reinforcement learning approach to navigation in vortical flow fields (5 citations) highlights his breadth across computational and physical robotics. Notably associated with Northeastern University, Mandralis has contributed to NASA's BIG Idea competition through tumbling robot locomotion research. With a growing citation record across 2021–2025, he is rapidly establishing himself as an innovative voice in next-generation robotic mobility systems.