Research on the Construction Path of “Supply-Demand Matching” for Energy Storage Material Technology Major in Higher Vocational Colleges under the “Dual Carbon” Goals Background
Year: 2026
Type: article
Abstract: Driven by "Dual Carbon" goals, the energy storage industry has expanded rapidly, markedly increasing the demand for interdisciplinary technical and skilled frontline personnel in production, manufacturing, and testing.As a recently established major, Energy Storage Material Technology in higher vocational colleges commonly faces a mismatch between talent supply and industrial job demand in its early stage.Taking the Energy Storage Material Technology major of Luzhou Vocational and Technical College as a case, and based on a survey of job requirements in lithium battery enterprises and a comparison of the college's talent training programs for the 2023~2026 cohorts, this paper analyzes the problems in its curriculum system, including a discipline-oriented tendency, a gap between theory and practice, and insufficient integration of electromechanical and chemical content.It then examines in detail the National Guideline Standards for Battery Machine Operator developed under the U.S. Battery Workforce Initiative (BWI), covering curriculum content, implementation, and assessment standards, and also draws on Germany's learning-field curriculum model and Australia's training packages.On this basis, localized reform paths are proposed in four aspects: positioning the major toward interdisciplinary talents, integrating theory and practice in core courses, developing loose-leaf textbooks based on enterprise operating procedures, and building shared practical training facilities.Potential challenges and corresponding strategies are also discussed.The proposed paths remain to be tested in teaching practice and may serve as a reference for major development at similar colleges.
Source: Advances in Education
Author: 瑾 崔
Language: English
Subfield: Education
Field: Social Sciences
Domain: Social Sciences
Open Access status: bronze
OpenAlex ID: W7225899431