Keywords
Mechanical and electronic engineering
Cross-coupling
Major integration
Submitted : 2023-12-05
Accepted : 2023-12-20
Published : 2024-01-04
Abstract
With the arrival of the intelligence era of Industry 4.0, social development has shown complex and diversified characteristics, gradually forming an innovation ecological environment constructed by vertical interaction of multi-layer innovation systems and horizontal collaboration of multiple organizations and departments, which has posed extremely challenging requirements for higher engineering education to cultivate engineering talents with comprehensive engineering qualities who can solve complex engineering problems. However, practical engineering problems may involve a complex knowledge chain of interdisciplinary and multi-disciplinary cross-coupling. Therefore, higher engineering education needs to form a new interdisciplinary and multi-disciplinary integrated engineering innovation talent training system. Based on the characteristics of the mechanical and electronic engineering major, we will reshape and reconstruct the core courses of the mechanical and electronic engineering major. Two core courses are formed: Drive and Measurement and Control I and Drive and Measurement and Control II, with information flow and energy flow as the main lines, following up with the comprehensive practical curriculum system based on the unity of knowledge and practice and ability-oriented thinking, supporting teaching objectives, promoting students’ individual development, and providing guidelines for relevant curriculum reforms.
References
Zhang Y, Li L, Yang W, et al., 2019, Practice of Multidisciplinary Integration of Emerging Engineering Education. Research in Higher Education of Engineering, 2019(2): 50–56.
Li L, Yang W, Xiao M, et al., 2020, Exploration and Practice of Emerging Engineering Talent Training Model Based on Interdisciplinary Integration. Research in Higher Education of Engineering, 2020(1): 25–30.
Chen Z, 2021, Exploration of Innovative Talents Training Mode of Mechanical and Electronic Engineering Under the Concept of New Engineering. Popular Science & Technology, 260(4): 115–117.
Kang J, 2023, Discussion on Practice Teaching Model of Mechanical and Electronic Engineering Specialty in the View of New Subject. The Theory and Practice of Innovation and Entrepreneurship, 2023(9): 133–135, 143.
Meng H, 2023, On the Training Path of Mechanical and Electronic Professionals in Universities Under the Background of New Engineering. Theory and Practice of Education, 2023(43): 17–19.
Department of Engineering and Materials Science, National Natural Science Foundation of China, 2021, Strategic Report on the Development of Mechanical Engineering Discipline (2021~2035), National Natural Science Foundation of China Department of Engineering and Materials Science, Science Press, Beijing.
Li P, Wang F, Li H, et al., 2022, Teaching Reform of Robot Principle Based on CBL Teaching Mode: Taking Mechanical and Electronic Engineering in Zhengzhou Institute of Technology as Example. China Educational Technology & Equipment, 2022(24): 95–97.
Liu K, Li J, Wang X, et al., 2023, Exploration and Research on the Training Mode of Applied Talents in Mechanical and Electronic Engineering. The Theory and Practice of Innovation and Entrepreneurship, 2023(13): 124–127.
Wang Y, 2007, The change Framework and Thinking Transformation of Teaching Design in the Knowledge Age——The Perception Dimension of Teaching Design Framework for the Knowledge Age - Promoting Learner Development. e-Education Research, 2007: 93–96.
Wang Y, Pan B, Dong C, et al., 2016, Practice Teaching Reform and Exploration of Mechanical Engineering Driven by Innovation. Research and Exploration in Laboratory, 35(5): 192–196.
Chen X, Yu C, Jing T, et al., 2019, Research on the Reform of Practical Teaching of Mechanical Majors Under the Background of New Engineering. The Journal of Shandong Agriculture and Engineering University, 36(7): 189–192
Wang B, Wang Y, Duan Y, et al., 2018, A Study on the Essence of the Connotation Development of Emerging Engineering. Research in Higher Education of Engineering, 173(6): 53–60.
Mu G, Zhang G, Zhang H, et al., 2021, Knowledge Mapping Analysis of Mechanical Engineering Practical Teaching Research in China Based on CiteSpace. Higher Agricultural Education, 2021(3): 83–88.