Research on the Training of Interdisciplinary-Based Intelligent Manufacturing Talents


Intelligent manufacturing
Personnel training
Specialty construction
Cycle diagnosis and correction




As a significant field of research under the 14th Five Year Plan, intelligent manufacturing holds a special position in industrial upgrading and core technology independence. Intelligent manufacturing is an important support for building a “scientific and technological power” in the future. Cultivating creative interdisciplinary talents who can adapt to the development of intelligent manufacturing industry in the new era is of great significance for China to realize the modernization and autonomy of its industrial system. In view of the existing gap between the interdisciplinary talent training of intelligent manufacturing and the actual needs of the industry, this paper focuses on the concept of interdisciplinary construction. Based on the cycle improvement of professional construction, a curriculum system that integrates the interaction of interconnected projects is established. Through four specific measures, namely establishing the collaborative development system of intelligent manufacturing specialty, building a cycle diagnosis and reform system of intelligent manufacturing specialty, improving the curriculum system of integrated modular specialty group, and setting up an application scenario project-based curriculum, we hope to provide reference for the cross-training of compound intelligent manufacturing talents.


Wang T, 2022, Research on the Policy Process of Setting Up Cross Disciplinary Categories in China – Multi Source Flow Theory Based on Embedded System. China Higher Education Research, 2022(04): 23–28.

Wu X, Xiang Y, Li Y, et al., 2020, Exploration of the Collaborative Training Mode of Compound Innovative Talents Based on Interdisciplinary Integration. Laboratory Research and Exploration, 39(10): 146–148 + 194.

Xu D, Liu R, Wang Q, 2021, The Important Role of Interdisciplinary Team Building in the Reorganization of National Key Laboratories – Taking the National Key Laboratory of Ultrahard Materials of Jilin University as an Example. Experimental Technology and Management, 38(12): 14–18.

Liu K, 2020, New Engineering Education Governance: Framework, System and Mode, thesis, CNKI database, Tianjin University.

Wang N, Shang L, Wang Y, 2020, Research on the Training Mode of Mechanical Applied Talents Based on the Mechanism of Industry Education Integration and Collaborative Education. Journal of Higher Education, 2020(27): 180–182 + 185.