Brussels - How Can Augmented Reality (AR) Technology Improve Training in Construction and Make Building Processes More Efficient and Sustainable?

This is the focus of the international research project Technology Application of Augmented Reality for Renovation Work (TAARReW), led by Vittorio Paris, a researcher at the Department of Engineering and Applied Sciences at the University of Bergamo. The project is funded through the Young Independent Research Groups (YIRG) program with resources from NextGenerationEU.

The initiative involves collaboration with Ghent University, Princeton University, and local companies such as Taramelli s.r.l., Edillio, the Intellimech Consortium, and the Edinnova network. Its aim is to evaluate the impact of AR on the transfer of technical knowledge, enhancing precision, reducing costs, and optimizing construction timelines.

Current experimentation focuses on complex and historical construction techniques, such as the thin-vault system used in Spain since the 14th century. This method allows the construction of masonry shells without scaffolding but requires extensive training. The integration of AR technology could significantly shorten learning times, helping preserve historical heritage while influencing the evolution of modern construction techniques.

The research explores methodologies for testing various training approaches, using AR headsets that provide real-time instructions during construction. Performance metrics, including construction time, adherence to digital geometric models, and worker stress levels, are being monitored.

Set to conclude in 2025, the project will culminate in a scientific publication presenting the experimental results, contributing to innovation in construction processes and training within the building sector. (9Colonne)