Nooshin Nokhanji

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About

Nooshin Nokhanji is a leading researcher in distributed robotic systems and programmable matter, with a focus on self-repairing and dynamic maintenance algorithms. Her work centers on metamorphic robots—modular, self-reconfigurable systems composed of autonomous modules that operate in 2D or 3D grids with limited computation and local interactions. Nokhanji’s major contributions include pioneering the “Self-Repairing Line of Metamorphic Robots” (2021, 9 citations), which introduced algorithms for autonomous recovery in modular systems, and advancing hybrid programmable matter—where passive tiles are manipulated by mobile robots to maintain structural integrity. Her studies on “Fully Dynamic Line Maintenance” (2022–2023, 2–3 citations) address real-time fault tolerance in nanoscale materials, offering scalable solutions for self-organizing systems. With over 16 citations across her top papers, Nokhanji’s work bridges theoretical foundations and practical applications in robotics and nanotechnology. Her achievements include developing novel algorithms for dynamic line maintenance that ensure continuous operation despite failures, making her a key figure in the evolution of resilient, autonomous robotic collectives.