“SMART”: Smart Manufacturing with AI and Reliability Technology

About the Center

Focusing on the industrial and technological transformation on "AI + manufacturing" for renewable energy system equipment, this initiative explores cutting-edge smart manufacturing technologies characterized by ultra-high efficiency, reliability, intelligence, and low carbon consumption. It conducts research on key scientific theories and technologies, including high-reliability design of system form-performance coordination, highly efficient and smart extreme manufacturing, quality inspection and control, as well as intelligent operation and maintenance. The goal is to drive technological leaps and high-quality development in smart manufacturing across industries such as automotive, energy storage, photovoltaics, nuclear power, aviation, and shipbuilding.

Director

Core Members

Research Directions

• Reliability Modeling and Intelligent Design for Form-Performance Coordination: system reliability design, form-performance coordination for modeling, fault analysis, and intelligent operation and maintenance.

• Key Flexible Manufacturing System Modeling and Intelligent Control: quality inspection, lean modeling, intelligent process and procedure control, energy management, etc.

• Highly Efficient and Reliable Embodied Intelligent Manufacturing Technology: highly efficient and reliable embodied intelligence technologies under complex environments, such as new energy vehicles and aerospace applications, including in-situ assembly, inspection, transportation, etc.

• Disruptive Intelligent Manufacturing Technologies with Multi-physics Fusion: disruptive manufacturing and atomic-scale manufacturing technologies that integrate physical, chemical, mechanical, and information fields, such as micro/nano robotics, spatter-free welding, and adaptive bonding, etc.

Selected Project(s)

· Project 9-sigma