M. Aiman Al Akkad
Papers
6
Total Citations
28
H-Index
4
About
M. Aiman Al Akkad is a robotics researcher whose work sits at the critical intersection of unmanned aerial vehicles (UAVs) and robotic manipulation. His primary research areas include the dynamics and control of aerial manipulators—specifically microcopters and hexacopters equipped with robotic arms—as well as anthropomorphic manipulator control and dexterous robotic hands. Al Akkad’s major contribution lies in modeling the complex, coupled disturbances that arise when a robotic arm moves while attached to a flying vehicle, a problem he tackled using Newton-Euler methods and stochastic state-space modeling. His 2017 paper on microcopter stabilization was among the first to address this specific configuration, earning 6 citations, while his work on hexacopter control using Ackermann and LQR methods has garnered 5 citations. He has also advanced human-like robotic hand control, reducing complexity for ambidextrous grasping. With a total of 28 citations across his most-cited works, Al Akkad’s research is foundational for enabling UAVs to actively interact with and manipulate objects in their environment—a key step toward practical aerial robotics for inspection, maintenance, and logistics. His recent 2024 work on adjustable backstepping fuzzy controllers for 7-DOF manipulators continues this trajectory, promising more robust and adaptive control in the face of nonlinearities.
Research Focus
Key Achievements
Top Papers
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