Amir Djekrif
Papers
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Total Citations
1
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About
Amir Djekrif is a researcher at the forefront of aerial robotics, with a primary focus on the modeling, simulation, and control of reconfigurable drone systems. His work centers on a novel class of transformable aerial vehicles known as serial drones, which offer unprecedented structural adaptability for complex missions like aerial manipulation and object transport. Djekrif’s key contribution lies in developing advanced simulation frameworks for trajectory tracking in these systems, as demonstrated in his most-cited paper, "Modeling and Simulation of Trajectory Tracking for a Reconfigurable Serial Drone Using Simscape Multibody" (2025). This work provides a foundational tool for designing and testing control algorithms in a virtual environment, accelerating the development of drones that can dynamically alter their configuration mid-flight. While his citation count is still growing, Djekrif’s research addresses a critical gap in the field—enabling safer, more versatile drones for industrial and search-and-rescue applications. His achievements include pioneering the integration of Simscape Multibody for serial drone dynamics, a method that promises to streamline prototyping and reduce development costs. As the field of reconfigurable robotics expands, Djekrif’s contributions are poised to become essential references for engineers and researchers seeking to push the boundaries of aerial manipulation and autonomous flight.
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Top Papers
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