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About

Changchun University of Science and Technology (CUST) has established itself as a dynamic research institution with deep expertise spanning intelligent robotics, medical rehabilitation systems, autonomous navigation, and bio-inspired robotic design. With a portfolio of highly cited work that bridges fundamental AI theory and real-world engineering applications, CUST has carved out a distinctive identity in both domestic and international research communities. At the core of CUST's research identity is its multifaceted approach to robotic locomotion and control. Researchers have produced influential reviews on multilegged robot motion control and snake-inspired robotic systems, while pioneering novel bio-inspired designs including amphibious spherical robots and jellyfish-inspired underwater platforms. These contributions reflect a sustained commitment to adaptive, environment-responsive robotics that draws inspiration from nature. Complementing this work, the institution has made significant strides in medical robotics, with multiple highly cited studies on haptic catheter operating systems, wearable upper limb rehabilitation robots, and hand rehabilitation technologies—addressing critical challenges in stroke recovery and assistive care. CUST researchers have also made meaningful contributions to autonomous intelligence, including multi-sensor fusion SLAM algorithms, fuzzy logic path planning, and transformer-based semantic segmentation for unstructured environments such as Mars terrain. The development of the Wild Geese Migration Optimization Algorithm further demonstrates the institution's creativity in computational intelligence. Spanning over a decade of consistent output—from foundational work in qualitative spatial reasoning to cutting-edge EMG-based rehabilitation control—CUST has accumulated an impressive citation record, signaling genuine global impact. Prospective students and collaborators will find a fertile environment where interdisciplinary innovation, practical engineering rigor, and forward-looking research agendas converge.