Abstract: In view of the common problems in the type selection and evaluation of Building Information Modeling(BIM) software and platform due to the large differences in product conditions, ecological chain, cost performance, and expansibility, this paper constructed the type selection and evaluation model of BIM forward collaborative design platform based on Fuzzy Analytic Hierarchy Process, which had relatively accurate and objective type selection and evaluation ability, and had the characteristics of transforming qualitative indicators into quantitative indicators and reducing the influence of subjective factors. Practice shows that the model can achieve the type selection and evaluation objectives of mainstream AutoDesk, Dassault, Bentley and other platforms, and has the value of providing a feasible general reference model for multi-level factor comprehensive evaluation.