Keywords
University chemistry laboratory
Optimization countermeasures
Submitted : 2026-06-20
Accepted : 2026-07-05
Published : 2026-07-20
Abstract
Against the background of rapid iteration of information technology and high-quality development of higher education, university chemistry laboratories, as core bases for chemistry teaching, scientific research innovation and talent cultivation, play a key role in professional talent training quality with their information-based management level and efficiency. Based on this background, this paper briefly analyzes the importance and current situation of chemistry laboratory management in universities under the information age, and discusses optimized countermeasures for university chemistry laboratory management, aiming to provide theoretical references for promoting the high-quality development of university chemistry laboratories in the information era.
References
Huang J, 2025, Development Path and Exploration of Artificial Intelligence and Deep Learning Empowering Chemistry Laboratories. Chemical Enterprise Management, 34: 83–86.
Yu WD, Su CQ, Liu C, 2025, Application of Artificial Intelligence Technology in Safety Management of Chemistry Laboratories. Laboratory Testing and Analysis, 3(20): 7–9.
Xu JY, 2025, Research on Information-based Management of University Chemistry Laboratories Based on Internet of Things. Science & Technology Vision, 15(25): 42–45.
Rao ZY, 2025, Safety Management Strategy of Higher Vocational College Chemistry Laboratories in the Information Age. China Management Informationization, 28(17): 203–206.
Wang ZH, 2025, Research on Resource Sharing Mechanism of University Chemistry Laboratories Under the Background of Interdisciplinarity. Laboratory Testing and Analysis, 3(09): 64–66.
Mao HM, 2025, Research on Innovation Path of Green Management Mode of University Chemistry Laboratories Driven by Big Data and AI Technology. Chemical Fiber & Textile Technology, 54(05): 255–257.
Yu ML, Cai HP, 2025, Research on Information-based Management of Hazardous Waste in University Chemistry Laboratories. Research and Exploration in Laboratory, 44(04): 247–252.
Zhu YT, 2024, Research on Green Management Mode of University Chemistry Laboratories Supported by “Big Data + AI”. Chemical Fiber & Textile Technology, 53(12): 204–206.
Han XB, Zhao Y, Chen T, et al., 2024, Problems and Countermeasures in the Management and Development of University Chemistry Laboratories. Science & Technology Vision, 14(27): 47–50.
Yu ML, Cai HP, 2024, Practice of Constructing Safety Access System for University Basic Chemistry Laboratories Based on Internet of Things Technology. Experiment Science and Technology, 22(06): 138–144.
Qi JY, 2024, Construction of Safety Management System for University Chemistry Laboratories Under the Intelligent Background. China Plastics Industry, 52(09): 190.
Zhu YT, 2024, Green Management of University Chemistry Laboratories Supported by “Big Data + AI”. Shanghai Fashion, 07: 198–200.
Tao X, Liu Y, Ma CZ, 2025, Thoughts on Optimizing the Teaching and Management System of Digital University Basic Chemistry Laboratories. Tianjin Chemical Industry, 39(03): 171–174.
Yao Y, Mao AR, Wang YQ, et al., 2023, Research and Practice on Information-based Management of University Chemistry Laboratories. Guangzhou Chemical Industry, 51(07): 248–250.
Lin XM, Li YH, 2022, Design of Information-based Reagent Management System for University Chemistry Laboratories. China High-Tech, 23: 50–51.