Strengthening green and digital capacities in higher education through collaboration in integrating historical buildings into a sustainable and digital future
▶Summary
•Creation of comprehensive and open transnational knowledge base •Integration of modern digital tools in HE •Improved collaborative research •Strengthening the capacity building in HE •Fostering i...
▶Objectives
•Creation of comprehensive and open transnational knowledge base •Integration of modern digital tools in HE •Improved collaborative research •Strengthening the capacity building in HE •Fostering interdisciplinary learning •Enabling effective knowledge diffusion •Integration of green practices in HE capacities These enhance HEIs by fostering digital and green capacities, improving data-driven research and ensuring the tools and knowledge necessary for the sustainable conservation and restoration.
▶Activities
Project activities refer to data integration, research results, modernizing curriculum, incorporating digital tools and green practices, promoting international cooperation and ensuring that students gain a comprehensive, interdisciplinary education, in order to improve the quality of teaching, research, practice and sharing knowledge. At the end, all HEIs will together develop a methodology that integrates energy, seismic, and microclimatic aspects in the restoration of historical buildings.
▶Impact
•Digital tools•Trained 8 professors and 180 students•Open online database (5250 characteristics)•Numerical models for simulating behaviour•Measures for seismic and energy restoration•Predictive analytics models for maintenance needs, energy optimization and detection of structural issues•Methodology that integrates energy, seismic, and microclimatic aspects in the restoration•1 new master's programme(15 students)•16 amended courses•1 hybrid transnational course (50 students) •11 articles•368 EDC