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Mechatronics

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Mechatronics

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Research Frontiers in Bio-inspired Locomotion Systems Engineering

Investigation of animal-inspired movement mechanisms to design mechatronic systems capable of traversing complex terrains and environments.

Muscle-like Actuators: From Biological Contraction to Engineered Motion
Neuromechanical Feedback Loops in Adaptive Locomotion Control
Morphological Intelligence in Soft-Bodied Robot Design
Fluidic Propulsion Systems Inspired by Aquatic Organisms
Distributed Neural Networks for Decentralized Legged Locomotion
Hierarchical Gait Switching in Modular Robotic Systems
Sensorimotor Integration at the Robot-Environment Interface
Compliant Skeleton Design for Energy-Efficient Bipedal Walking
Bio-inspired Adhesion and Climbing in Extreme Terrains
Proprioceptive Learning in Morphologically Diverse Locomotor Architectures

All Mechatronics PhD categories