JCERJournal of Contemporary Educational Research2208-84662208-8474Bio-Byword Scientific Publishing Pty. Ltd.10.26689/JCER.v10i9.15694ArticleReform and Practice of the Talent Cultivation Model for Software Engineering Undergraduate-Graduate Articulation Driven by Industry-Education Integration https://artdesignp.com/journal/JCER/10/9/10.26689/JCER.v10i9.15694YinLifeng,LiGuangyu20261092026-09-30To address the structural contradictions in the traditional segmented undergraduate-graduate cultivation model for software engineering, such as superficial industry-education integration, fragmented competence development, and lagging research training, this paper proposes a reform scheme for cultivating outstanding scientific and technological innovation talents driven by industry-education integration and characterized by integrated undergraduate-graduate cultivation. This model aims to cultivate outstanding scientific and technological innovation talents with innovative spirit, practical capabilities, and an international perspective. By constructing a vertical “curriculum chain” articulation system to break down institutional barriers between undergraduate and graduate education, implementing four-tier progressive project training—“course projects–science and innovation competitions–graduation design–degree thesis”—to strengthen innovation capability, building a school-enterprise collaborative education platform to deepen industry-education integration, and establishing a multi-dimensional evaluation and continuous improvement mechanism to ensure cultivation quality, it forms a five-in-one cultivation system of “industry demand guidance–curriculum system articulation–progressive project training–school-enterprise collaborative education–closed-loop quality assurance.” Taking the Software Engineering major at Dalian Jiaotong University as the practical carrier, this scheme has a solid implementation foundation and promotion value, and is expected to provide a replicable and promotable reform scheme for the cultivation of outstanding scientific and technological innovation talents in software engineering.Industry-education integration, Undergraduate-graduate articulation, Software engineering, Talent cultivation model, Outstanding scientific and technological innovation talents

[1] Zhao Y, Zou H, Zhu N, et al., 2025, Innovation and Practice of the Management Model for Integrated Undergraduate and Graduate Talent Cultivation: A Case Study of Harbin Institute of Technology (Shenzhen). University, (28): 77–80. [2] Guo K, Wang H, Wang Y, et al., 2026, Construction of an Internationalization-Oriented Talent Cultivation System Integrating Undergraduate and Graduate Education. China Scholars Abroad, (Z1): 54–57. [3] Hu J, Yu H, Jia CQ, 2024, Construction of an Innovative Talent Cultivation Model for Undergraduate and Graduate Students in Science and Engineering. Heilongjiang Education (Higher Education Research and Evaluation), (2): 17–19. [4] Zhou YP, Liu Q, Du JW, et al., 2025, Innovation and Exploration of Practical Teaching Mode for Software Engineering Specialty Based on Industry-Education Integration. Software Guide, 24(4): 191–199. [5] Cai Y, Zeng AP, 2025, “12345” Government-Industry-University-Research-Application Integrated Innovative Talent Cultivation for Software Engineering Specialty. Computer Education, (9): 131–135. DOI:10.16512/j.cnki.jsjjy.2025.09.021. [6] Wang D, Feng Y, Peng C, et al., 2025, “1364” Practical Teaching Model for Software Talents Driven by Industry-Education Integration. Computer Education, (12): 54–59. DOI:10.16512/j.cnki.jsjjy.2025.12.033. [7] Guan DC, 2025, Research on the “Four-Stage Progressive” Connection Mechanism of Comprehensive Practical Teaching in Software Industry Colleges under the Background of New Engineering. Computer Education, (6): 223–228. DOI:10.16512/j.cnki.jsjjy.2025.06.036. [8] Ren ZH, Zhang LF, Zhang D, 2023, Exploration and Practice of Innovative Talent Cultivation Model for Software Engineering Specialty under the Ideas of New Engineering Construction: A Case Study of Xi’an Eurasia University. Shaanxi Education (Higher Education), (12): 52–55. DOI: 10.16773/j.cnki.1002-2058.2023.12.016. [9] Tang J, Fu DL, Hong J, et al., 2025, Construction of Teaching System Based on University-Enterprise Collaborative Education under the Paradigm of Integration and Innovation: A Case Study of Software Engineering Direction of Internet of Things and Smart City Construction. Internet of Things Technologies, 15(16): 158–162. DOI:10.16667/j.issn.2095-1302.2025.16.038. [10] Yang WM, Liu JP, Wang SH, et al., 2023, Exploration and Practice of Cultivating “Software Engineering + Big Data” Composite Talents through Industry-Education Integration. Industry and Information Technology Education, (8): 22–27.