Historical buildings face increasing risks from climate change, with degradation processes becoming more variable due to shifting environmental conditions. This study integrates future climate impact assessments and adaptive solutions into restoration planning to enhance resilience. It aims to guide architects and engineers in adopting climate-resilient practices and enrich the Knowledge Path by incorporating climate impact investigations. The methodology consists of an investigative phase, assessing future risks through climate projections and visual inspections, followed by a design phase that formulates targeted adaptive measures. Focusing on the Alpine region, particularly South Tyrol, this study refines previous regional-scale analyses by generating site-specific climate time series for the Tauberhof in Raas, Italy. Using an ensemble of EURO-CORDEX models and the climdex-kit tool, temperature and precipitation indices were projected from 1981 to 2100 at a high-resolution (1 km) scale. The expected outcomes of this research will shed light on the influence of climate change within an Alpine climate context, using the Tauberhof as a case study. This approach demonstrates a practical method for integrating climate adaptation strategies into the rehabilitation of historical buildings.