Implementing Building Information Modeling Solutions for Sustainable Development in Mountainous Regions: A Case Study of Valle Cervo.

This thesis explores the integration of Building Information Modeling (BIM) as a solution for sustainable development in mountainous regions, using Rosazza, a historic town in Valle Cervo, Italy, as a case study. The research investigates how BIM can address the unique challenges of these regions, including complex terrain, harsh climates, and the need for heritage preservation. Focusing on energy efficiency, infrastructure optimization, and community engagement, the study evaluates the potential of BIM to modernize buildings, improve thermal performance, and foster resilient infrastructure while preserving Rosazza’s architectural and cultural identity. The thesis develops two BIM models, one for a well-maintained building and another for a less-maintained structure, both categorized in low energy efficiency classes (G and F). Through data-driven simulations, it demonstrates BIM’s capacity to deliver tailored interventions such as retrofitting, energy optimization, and structural resilience. The findings highlight the importance of BIM in supporting sustainable retrofitting, enabling stakeholder collaboration, and incorporating environmental considerations, such as biodiversity conservation. By offering a replicable framework, this study provides insights for applying BIM to similar regions, emphasizing its role in balancing sustainability with heritage preservation in complex environments.