In the era of big data, the logistics industry is undergoing profound changes. The digitalization construction not only brings new operating modes and business opportunities to the logistics industry, but also poses new challenges to the professional ...
In the era of big data, the logistics industry is undergoing profound changes. The digitalization construction not only brings new operating modes and business opportunities to the logistics industry, but also poses new challenges to the professional skills of logistics personnel. The mathematics-related courses in university logistics majors bear an important task of logistics digitalization. Therefore, universitys and universities in logistics majors also face new requirements in cultivating students in mathematics-related courses. The academic achievement sense of logistics majors in mathematics-related courses directly affects their learning motivation and even employment. Therefore, it is necessary to pay special attention to the academic achievement of logistics majors in mathematics-related courses. This study aims to explore the current situation and role relationship between learning stress, psychological capital, and self-efficacy in mathematics-related course modules of logistics majors, and to investigate the mediating effects of psychological capital and self-efficacy. The study takes logistics majors at 7 universities in Zhejiang Province in June 2024 as the research object, distributes the questionnaires on learning stress, psychological capital, and academic achievement to collect the final data of logistics majors in mathematics-related course modules. The data is analyzed using SPSS 25.0 statistical software for descriptive statistics, one-way ANOVA, correlation analysis, and regression analysis. The AMOS 24.0 software is used to establish structural equation models and mediating effects, including the mediating effects of psychological capital and self-efficacy. The research results are as follows: First, there are significant population variables in terms of gender, major choice, being an only child, and place of origin in the logistics majors' academic achievement in mathematics-related course modules. Second, the learning stress in mathematics-related course modules has a negative impact on the academic achievement of logistics majors. Third, the learning stress in mathematics-related course modules has a negative impact on psychological capital of logistics majors. Fourth, the learning stress in mathematics-related course modules has a negative impact on self-efficacy of logistics majors. Fifth, psychological capital has a positive impact on the academic achievement of logistics majors in mathematics-related course modules. Sixth, self-efficacy has a positive impact on the academic achievement of logistics students in learning mathematics modules. Seventh, psychological capital has a significant mediating effect between learning stress and academic achievement of logistics major students in learning mathematics course modules. Eighth, self-efficacy has a significant mediating effect between learning stress and academic achievement of logistics major university students in learning mathematics course modules. Based on the findings, this study makes the following educational recommendations: Reducing learning stress in mathematics courses for logistics majors can enhance psychological capital, self-efficacy, and academic achievement. Learning stress negatively impacts academic performance but can be mitigated by improving psychological resources and offering timely support. Universities should guide students in managing stress, fostering a positive learning environment, and promoting mental health to improve academic outcomes. Keywords: University students majoring in logistics, Mathematics courses, Learning stress, Academic achievement, Psychological capital, Self-efficacy