Amer Al Badr

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About

Dr. Amer Al Badr is a pioneering researcher in the field of aerial robotics, with a specific focus on the planning and control of morphing drones and tensegrity structures. His major contribution lies in developing novel mixed-integer programming frameworks that enable simultaneous path and shape planning for deformable aerial vehicles. In his highly cited 2022 work, "Mixed-Integer-Based Path and Morphing Planning for a Tensegrity Drone," Dr. Al Badr introduced a method that eliminates the need for conservative bounding surfaces previously required in the field. This breakthrough allows tensegrity drones to autonomously plan both their trajectory and their structural deformation sequence, significantly expanding their operational capabilities in cluttered and dynamic environments. With 12 citations for this single paper, his work is gaining rapid recognition for its practical implications in search-and-rescue and infrastructure inspection. Dr. Al Badr's research is at the intersection of optimization, robotics, and structural mechanics, and his innovative approach to integrating discrete and continuous decision variables is setting new standards for the next generation of adaptable, shape-shifting drones.