IndetermSoft Set for Talent Training Quality Assessment in University Engineering Management under the Background of "Dual Carbon"

With the global push towards carbon neutrality, the need for sustainable engineering talent has never been greater. University engineering management programs must adapt to meet the evolving demands of the "Dual Carbon" strategy, which aims to achieve peak carbon emissions and carbon neutrality. This paper explores a comprehensive framework for assessing the quality of talent training in university engineering management under the "Dual Carbon" background. Key evaluation criteria include curriculum relevance, integration of sustainable technologies, interdisciplinary knowledge development, faculty expertise, industry collaboration, and student engagement in green initiatives. By utilizing Multi-Criteria DecisionMaking (MCDM) methods, this study provides an objective assessment of various training models and their effectiveness in preparing graduates for the sustainable engineering sector. We use the IndetermSoft Set to deal with indeterminacy values in the criteria of this study. The IndetermSoft set is used with the SWARA method to obtain the criteria weights and the CoCoSo method to rank the alternatives.