Despite significant changes in the construction industry due to the digital revolution, geotechnical engineering has been slower to adopt novel technologies such as Building Information Modeling (BIM). While the benefits of BIM in construction management and planning are recognized, its potential for geotechnical projects is less understood. This study seeks to develop a method for incorporating BIM into geotechnical projects, focusing in particular on the role of parametric design. A qualitative study was conducted based on a scoping review of various secondary data sources. Alongside a literature review, a case study was undertaken to provide practical insights and examine a real-world application of the method, integrating ArcGIS, Excel, Dynamo, and Revit with a Common Data Environment (CDE) to facilitate collaborative and efficient management and visualization of geotechnical data and assets. This research showcases the feasibility of merging parametric geotechnical modeling with BIM, laying the groundwork for future progress in geotechnical modeling and its digital transformation.