Jingbo Sun

State Key Laboratory of New Ceramics and Fine Processing, Beijing Institute of Technology

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About

Jingbo Sun is a pioneering researcher at the intersection of mechanical metamaterials and multi-robot systems, whose work bridges fundamental physics with life-saving applications. Sun’s primary contributions lie in two distinct yet impactful domains: the mechanics of snap-through instability in advanced materials, and the optimization of collaborative robotics for disaster response. In the former, Sun’s highly cited 2025 paper on snap-through instability in mechanical metamaterials (22 citations) has become a cornerstone for designing materials that exhibit rapid motion, energy modulation, and bistable deformation—enabling novel functionalities from fast actuators to energy-absorbing structures. In parallel, Sun developed a Problem Specific Genetic Differential Evolution Algorithm for multi-skill resource-constrained project scheduling in collaborative multi-robot systems for search and rescue (2021). This work addresses the critical challenge of task allocation and scheduling for robots with diverse skills operating in complex, time-sensitive environments. By extending the classic MSRCPSP framework, Sun’s algorithm optimizes coordination among heterogeneous robots, directly enhancing the efficiency and effectiveness of search and rescue missions. With a growing citation impact and a clear focus on translating theoretical mechanics into practical robotic systems, Jingbo Sun stands out as a versatile engineer whose work promises safer, smarter, and more responsive technologies.