Exploration of the Development Path for Professional Teaching Resource Libraries in Vocational Education: A Case Study of the Mechanical Design, Manufacturing, and Automation Major

Abstract

With the profound reshaping of engineering education by digital technology, the construction of intelligent professional teaching resource libraries, aligned with this new paradigm, has emerged as critical infrastructure for supporting the transformation of talent cultivation models in vocational education. Taking the Mechanical Design, Manufacturing, and Automation major as a case study, this paper systematically explores the development path for its teaching resource library. The research first analyzes the core connotation of the resource library's evolution from "resource aggregation" towards a "knowledge ecosystem," and establishes a four-layer architecture model based on engineering logic and a structured resource system oriented towards competency development. Subsequently, it elucidates the inherent mechanisms through which the resource library achieves deep integration with professional teaching via curriculum deconstruction and reorganization, adaptive resource integration, and the construction of a multidimensional learning environment. Finally, the study proposes a sustainable evolution path encompassing lifecycle iteration, endogenous quality evaluation, and ecological development. This research aims to provide a systematic theoretical framework and practical reference for constructing a new generation of professional teaching resource libraries characterized by dynamic adaptability, deep integration, and sustained vitality.