Keywords
Wafer manufacturing
Packaging and testing
Talent cultivation
Teaching mode
Submitted : 2025-07-01
Accepted : 2025-07-16
Published : 2025-07-31
Abstract
A survey was conducted on the development of the integrated circuit industry and talent demand in Fujian Province. Based on the analysis of the industry development trend and the current status of talent cultivation, the typical job tasks and professional abilities of the “foundation-level” talents in the integrated circuit industry, which are concentrated in the wafer manufacturing industry, chip packaging and testing industry, were analyzed. The deficiencies of the existing teaching model were pointed out, and the exploration and implementation of “foundation-level” talent cultivation and teaching mode reform in terms of curriculum reform and optimization, school-enterprise cooperation, integration of production and education, teacher team construction and cultivation, and the construction of practical teaching platforms were carried out, which achieved significant results and have the value of being promoted in similar vocational colleges.
References
Wen X, 2021, Deng Zhonghan: The Integrated Circuit Industry Is Facing Unprecedented Development Opportunities. People’s Weekly, 2021(5): 26–26.
Dai Y, Li H, 2023, Research on the Economic Effect of China’s Integrated Circuit Industry from the Perspective of Input–Output. Quarterly Journal of Political Economy, 2023(1): 80–102.
Yang S, 2021, Research on the Identification of Common Technologies in the Integrated Circuit Industry, thesis, Lanzhou University of Technology.
Wang S, Zeng Y, Shi L, et al., 2022, A Brief Analysis of the Current Supply and Demand Situation of Integrated Circuit Talents in Fujian Province. China Integrated Circuit, 31(5): 18–21.
Huang D, Yuan Q, 2022, Research on the New Model of Innovation and Development of China’s Integrated Circuit Industry under the New National System. Jiangsu Social Sciences, 2022(3): 156–165.
Chen S, 2023, Research on the Impact of Tax Incentives on Technological Innovation in the Integrated Circuit Industry, thesis, Hebei University of Economics and Business.
Li S, Chen W, Wu C, et al., 2023, Exploration of the Talent Training Model of the Integrated Circuit Based on the Enterprise College – Taking the Microelectronics Enterprise College of Suzhou Industrial Park Institute of Services Outsourcing as an Example. China Integrated Circuit, 32(1): 31–35.
Li L, Liu Y, Xu X, et al., 2024, What Kind of Abilities Do Outstanding Engineers in the Integrated Circuit Need – A Qualitative Study Based on the Industrial Perspective. Research in Higher Engineering Education, 2024(1): 86–91.
Tian Y, Wang B, Wu J, 2022, Research on the Construction Path of Professional Groups in Higher Vocational Colleges Based on the “Mutualism” Theory – Taking the Construction of the Integrated Circuit Technology Professional Group of Chongqing College of Electronic Engineering as an Example. Journal of Chongqing College of Electronic Engineering, 31(6): 1–5.
Zhao Y, Wang L, 2021, Research on the Optimization Model of Professional Courses for Electronic Information in Higher Vocational Colleges Based on the OBE Mode. Electronic Components and Information Technology, 2021(008): 5.
Chen R, 2021, Research on the “Dual System” Talent Cultivation Model of Integrated Circuit Specialty in Higher Vocational Colleges. Science and Technology & Innovation, 2021(21): 163–166.
Lu X, 2021, Construction and Practice of the “Four Abilities and Four Posts Modular” Curriculum System from the Perspective of Industry–Education Integration – Taking the Integrated Circuit Specialty as an Example. Occupation, 2021(13): 65–67.
Li W, Fang Y, Guo Y, et al., 2017, Research on Virtual Simulation Experiment Teaching of Integrated Circuit Series Courses. Experiment Science and Technology, 15(2): 74–76.
Chen H, Zheng Q, Luo F, 2023, Virtual Simulation Experiments, Solving the Teaching Difficulties of Embedded Systems. Shanghai Informatization, 2023(9): 40–43.
Kang H, Lou Y, Feng X, 2019, Construction and Exploration of the Experimental Teaching System for the Integrated Circuit Specialty Aiming at Cultivating Innovation Ability. Journal of Higher Education, 2019(24): 69–72.