EXPLORATION ON THE COLLABORATIVE CONSTRUCTION OF ANTI-FRAGILITY IN HIGHER VOCATIONAL COMPUTER EDUCATION UNDER THE BACKGROUND OF DIGITAL TRANSFORMATION
LiPing He · Trends in Social Sciences and Humanities Research · 2025
Under the global wave of digital transformation, higher vocational computer education is facing dual challenges from technological iterations and industry demands. New technologies such as cloud computing and artificial intelligence are reshaping the professional landscape and subverting traditional talent cultivation models, creating a complex situation of opportunities and challenges. This study takes the dynamic feedback mechanism of system dynamics as the analytical framework, combines the symbiotic evolution theory of educational ecology, and innovatively introduces Taleb's anti-fragility theory as the core methodology. From four dimensions: innovation of teaching models, optimization of teaching staff, deep integration of industry and education, and coordination of school-enterprise resources, a collaborative development strategy model with adaptive adjustment capabilities is constructed. The aim is to enhance the resilience and evolutionary potential of higher vocational computer education in an uncertain environment. Experimental results show that students in the experimental group significantly outperform those in the control group in terms of theoretical application and practical innovation abilities, verifying the effectiveness of the model in improving educational adaptability and evolutionary capabilities. This research aims to assist higher vocational computer education in adapting to the development of the digital economy and provide theoretical and practical references for cultivating high-quality applied talents.