China’s ambitious industrial upgrading strategies and the burgeoning demand for innovative technical talent have placed vocational education at the forefront of national development priorities. As the country pivots towards a modern manufacturing system, vocational universities are tasked with cultivating a new generation of skilled professionals capable of driving technological advancement. This imperative has spurred significant growth in the vocational education sector, with numerous institutions established nationwide to cater to the increasing student enrollment. In this dynamic landscape, understanding the factors that foster innovative behavior among vocational students is crucial for both academic research and practical educational reform. A comprehensive study involving 1,789 vocational university students in Guangdong Province, China, has illuminated the intricate pathways through which a supportive school innovation climate can cultivate innovative behavior. The research, employing a moderated chain mediation model, found that this positive campus atmosphere not only directly influences students’ innovative actions but also indirectly channels its effects through their sense of career calling and learning engagement. Furthermore, the study revealed that a student’s intrinsic meaning in life significantly amplifies these positive associations, underscoring the synergistic interplay between external environmental support and internal psychological resources. The findings, published in Frontiers in Psychology, provide critical theoretical and practical insights for enhancing innovation education and nurturing skilled talent within vocational colleges. The research highlights that a supportive environment, characterized by peer collaboration, teacher guidance, and institutional incentives for innovation, is a cornerstone for fostering technical improvement and process optimization among vocational students. This is particularly relevant as vocational education often focuses on applied skills and practical problem-solving, differentiating it from theoretical innovation pursued in some other academic settings. Understanding the Drivers of Student Innovation The study’s framework is rooted in social cognitive theory, which posits a reciprocal relationship between individual cognitive-emotional factors, environmental influences, and behavior. Recognizing schools as pivotal microsystems for student development, the research specifically investigated the impact of the "school innovation climate"—an atmosphere that actively encourages, recognizes, and tolerates innovative attempts and experimentation. This climate, encompassing aspects like peer interaction, teacher support, and institutional incentives, was found to have a significant positive correlation with students’ innovative behavior. This direct link suggests that simply creating an environment where innovation is valued can lead to more innovative actions from students. The Mediating Roles of Career Calling and Learning Engagement Delving deeper, the study uncovered that the influence of the innovation climate is not merely direct. Two key psychological constructs, career calling and learning engagement, were identified as crucial mediators. Career Calling: Defined as a transcendent inner orientation driven by self-realization and altruistic values, career calling acts as a powerful guiding force. Students who perceive their chosen field as a calling are more likely to be intrinsically motivated, overcoming obstacles and engaging in innovative practices. The study found that a supportive innovation climate fosters this sense of calling. This, in turn, significantly boosts students’ propensity for innovative behavior. The research indicated that career calling plays a substantial independent mediating role, suggesting that helping students connect their studies to a larger purpose is a potent strategy for cultivating innovation. Learning Engagement: This refers to students’ active and positive emotional state during learning, characterized by vitality, dedication, and concentration. The study established that an innovation climate enhances learning engagement. Engaged students are more likely to invest the time and effort required to acquire new technologies and ideas, essential for innovative endeavors. Learning engagement was found to mediate the relationship between the innovation climate and innovative behavior, acting as a bridge that translates environmental support into active participation in the learning process. The Chain Mediation Effect: A Sequential Pathway A significant contribution of this research is the identification of a chain mediation pathway. The study demonstrated that the innovation climate influences career calling, which then, in turn, enhances learning engagement, ultimately leading to innovative behavior. This sequential process suggests a multi-stage mechanism: an encouraging school environment first cultivates a sense of purpose and calling in students. This strengthened calling then fuels their engagement in learning activities, which then translates into tangible innovative outputs. This chained effect highlights the interconnectedness of these psychological constructs in driving student innovation. The analysis revealed that the total indirect effect of the innovation climate on innovative behavior, mediated by career calling and learning engagement, accounted for a substantial 41.08% of the total association. This underscores the profound indirect influence of the school environment. Meaning in Life: The Amplifying Moderator Perhaps one of the most compelling findings is the moderating role of "meaning in life." This refers to an individual’s perception of purpose, value, direction, and comprehensibility in their existence. The study found that a strong sense of meaning in life significantly amplifies the positive effects of the innovation climate on career calling, learning engagement, and innovative behavior. This "protection-protection" synergistic effect means that when students possess a high degree of meaning in life, the benefits of a supportive innovation climate are magnified. Conversely, a supportive climate might have a less pronounced impact on students who lack a strong sense of life purpose. This suggests that fostering students’ intrinsic motivation and their understanding of life’s meaning is as crucial as providing external resources for innovation. Specifically, students with a high sense of meaning in life are better equipped to connect the innovation resources offered by their university with their long-term career values. They perceive challenges as opportunities for growth and are more resilient to setbacks. This internal psychological resource acts as a cognitive amplifier, enabling them to fully leverage the external support provided by the innovation climate, leading to deeper engagement and more impactful innovative behaviors. Implications for Vocational Education The findings of this study carry significant implications for shaping the future of vocational education in China and beyond: Nurturing Career Calling: Vocational institutions should prioritize programs that help students identify and develop their career calling. This can include mentorship programs, exposure to industry role models, and case studies highlighting the societal impact of technical professions. This focus is crucial as career calling emerged as a particularly strong independent mediator. Enhancing Learning Engagement: While career calling is vital, learning engagement remains a key pathway. Universities should focus on creating dynamic and interactive learning environments, employing innovative teaching methodologies, and implementing process-oriented evaluation systems that encourage active participation and deep learning. Cultivating Meaning in Life: Beyond technical skills, vocational education should also address the holistic development of students. Integrating elements of positive psychology, mindfulness, and values exploration can help students cultivate a stronger sense of meaning in life, thereby enhancing their capacity to benefit from innovation initiatives. Synergistic Resource Investment: Institutions should not view innovation infrastructure (like maker spaces and competition platforms) and psychological support as separate investments. A coordinated strategy that leverages the synergy between external environmental support and internal psychological resources, such as meaning in life, will yield greater returns in cultivating innovative talent. This might involve tailored resource allocation based on students’ identified psychological needs. Bridging Theory and Practice: The study underscores the importance of translating theoretical understanding into practical interventions. Given the cross-sectional nature of the data, future research should explore longitudinal studies and experimental designs to confirm causal pathways and the effectiveness of specific intervention strategies. Limitations and Future Directions While the study provides valuable insights, its cross-sectional design limits the establishment of definitive causal relationships. Future research could benefit from longitudinal studies that track students’ development over time, capturing temporal sequences and potential bidirectional influences between variables. Additionally, incorporating multi-source data, such as teacher evaluations and institutional records, could help mitigate self-report bias. Expanding the sample to include a broader range of vocational institutions across different regions and cultures would enhance the generalizability of the findings. Furthermore, exploring additional mediating variables, such as self-efficacy and psychological safety, could lead to more comprehensive models of student innovation. In conclusion, this research offers a nuanced understanding of how a supportive innovation climate in vocational universities can foster students’ innovative behavior. By recognizing the mediating roles of career calling and learning engagement, and the amplifying power of meaning in life, educational institutions can develop more effective strategies to cultivate the next generation of innovative technical talent, vital for China’s ongoing industrial transformation and economic growth. Post navigation Physical Literacy and Mental Well-being in Adults: A Cross-Sectional Examination of Their Association and Links with Physical Activity Engagement
