Intelligent Integration and Sharing of Educational Information Resources: Advancing Biotechnological Talent Development in Higher Education

Abstract

The intelligent era, driven by advancements in Internet technologies, has profoundly transformed traditional educational models, including ideological and political education (IPE) in higher education. This transformation presents new opportunities for the integration and sharing of educational information resources, which are critical for developing a highly skilled workforce essential for innovation and commercialization in the biotechnology sector. The modernization of IPE relies heavily on information-driven strategies, where resource integration and sharing become fundamental for enhancing the comprehensive development of students, including those pursuing careers in biotechnology. This study explores the application of cloud computing technologies in optimizing the sharing of educational information resources in universities. Cloud computing not only represents technological advancement but also a shift in strategic thinking, providing scalable and flexible platforms for knowledge dissemination. The Analytic Hierarchy Process (AHP) was employed to evaluate the effectiveness of the proposed sharing mechanism. AHP, known for its systematic, hierarchical approach, effectively converts semi-qualitative data into quantitative assessments, enabling structured decision-making. Experimental results indicate that the newly designed sharing mechanism significantly outperforms traditional methods, with 37 students and 22 teachers rating it as highly effective, compared to only 5 students and 2 teachers under the conventional model. This research provides a strategic framework for leveraging intelligent technologies in educational resource management, fostering an ecosystem that supports biotechnological talent development. By enhancing the accessibility and integration of educational resources, universities can better prepare graduates for roles in the biotechnology industry, ultimately contributing to the sector's growth through improved knowledge transfer and commercialization pathways.