erdEducation Reform and Development2652-53642652-5372Bio-Byword Scientific Publishing Pty. Ltd.10.26689/erd.v8i8.15365ArticleResearch on the Application of Artificial Intelligence-driven Smart Lighting Technology in the Electrical Optics Major of Technical Educationhttps://artdesignp.com/journal/erd/8/8/10.26689/erd.v8i8.15365WangBinju2026882026-09-17With the continuous in-depth development of artificial intelligence technology, smart lighting technology is reshaping the technical framework and application scenarios of the optoelectronic industry. Within the technical education system, the electrical optics major undertakes the vital function of cultivating frontline application-oriented technical talents. At present, some technical colleges still adopt curriculum systems centered on basic electric light sources and simple circuits, and their experimental equipment is limited to traditional lighting devices, which cannot reflect the dynamic response and adaptive regulation mechanisms of smart lighting systems. On this basis, this paper aims to break the integration barriers between artificial intelligence technology and electrical optics education, reconstruct talent training models adapted to the development trend of intelligent manufacturing, and provide replicable and promotable practical paradigms for technical colleges to realize major upgrading under the background of a new round of technological revolution.

[1]   Wu S, 2025, Digital Empowerment for Cadre Personnel File Management. Office Automation, 30(22): 82–84. [2]   Yang C, Zheng Y, Liu Y, 2025, A Preliminary Study on the Five-Dimensional Radar Chart Evaluation Method for Optoelectronic Majors—Based on Excellence Program Under Emerging Engineering Background. Journal of Changchun University of Science and Technology (Social Science Edition), 38(05): 153–157. [3]   Chen G, 2025, Exploration on Information Management of Social Security Archives in Institutions Empowered by Digital Technology. China Science and Technology Investment, (27): 43–45. [4]   Feng X, 2025, Research on Innovation of Archive Management Model Empowered by Digital Technology From the Perspective of Intellectualization. Office Operations, (18): 117–119. [5]   Gao F, Chen Z, Dong T, et al., 2025, Exploration on Teaching Mode of Computer-Aided Design for Optoelectronic Majors Assisted by Information Platform. University Education, (18): 56–59, 83. [6]   Wang J, 2025, Research on Archive Management Empowered by Digital Technology. Canhua, (25): 152–154. [7]   Qin M, Lu Y, Shao J, 2025, Research on the “Two-in-One” Talent Cultivation Mode of Innovation for Optoelectronic Majors Integrating Teaching and Competitions. China Journal of Multimedia & Network Teaching (Early Issue), (05): 134–137. [8]   Li Y, Liu S, 2025, Exploration and Practice of Innovative Talent Cultivation Mode for Optoelectronic Majors—Taking Measurement, Control Technology and Instrument Major as an Example. Journal of Jilin Radio and TV University, (02): 89–91, 94. [9]   Gu K, Yang F, Yu M, 2024, Exploration and Practice of Cultivating Applied Compound Optoelectronic Talents Based on Industrial Demands. Journal of Changchun Institute of Technology (Social Science Edition), 25(04): 128–132. [10] Chen L, Yu W, Yin S, et al., 2024, Exploration on Cultivating Innovative Undergraduates of Optoelectronics Oriented by Enterprise Demands. Guangxi Physics, 45(04): 37–41, 75. [11] Zhao W, Mei Z, Huang X, 2024, Research on Talent Training Mode Reform of Optoelectronic Majors From the Perspective of Industry-Education Integration. Research on Innovation Theory and Practice, 7(23): 109–112. [12] Liu W, Gu H, Zhang Z, 2024, Research on Curriculum Teaching Reform of Optoelectronic Majors Under Emerging Engineering Background. Education Teaching Forum, (43): 61–64. [13] Chen L, Wu J, Yin S, 2024, Exploration of New School-Enterprise Cooperation Modes for Optoelectronic Majors—A Case Study of School of Optoelectronic Engineering, Guilin University of Electronic Technology. Popular Science & Technology, 26(04): 210–214. [14] Zhao J, Chang M, Yang J, 2024, Research on Online Teaching Scheme of Basic Optical Communication for Practical Optoelectronic Courses. Laboratory Science, 27(03): 43–49. [15] Liu Q, Tang H, Liu M, 2024, Exploration and Practice of Characteristic Talent Training Mode for University Optoelectronic Majors—Taking Hunan University of Science and Technology as an Example. Education Teaching Forum, (25): 97–100.