The renovation project at the University of Udine represents a significant example of how contemporary architecture can integrate with the needs of safety, sustainability, and comfort. The project, managed by Well Tech Engineering SRL, aims to renovate an existing building, improving its seismic and energy performance without compromising the structure's historical and architectural value. The original building, featuring a rectangular plan measuring 25 x 8.5 meters on two levels, has been expanded to reach a total length of approximately 32 meters. The structure extends over four levels above ground and one underground level, combining traditional masonry elements with reinforced concrete frames. This design choice allows for effective vertical load support while ensuring the stability of the entire complex. The masonry walls, constructed of well-textured split stone, present a material harmony that complements the new additions.
Definitive design
service
Location
Udine (PA)
Client:
University of Udine
Surface area
1,268.00 m2
School Building Type
Status
Achieved
Seismic retrofitting was achieved through the implementation of wind bracing and top curbs, which prevented the activation of overturning mechanisms. Furthermore, a vertical cut was made with a special saw to create a joint, allowing the buildings to be analyzed as isolated and avoiding mutual stress during seismic events. The project placed particular emphasis on eco-sustainability, aiming to ensure high internal comfort and optimal energy efficiency. Various measures were implemented to improve the thermal insulation of the building envelope, using high-performance materials and windows with thermal transmittance (UW) values between 0.60 and 1.10. Furthermore, both external and internal insulation was implemented to comply with property restrictions. The technological systems design included the installation of advanced lighting, heating, and ventilation systems, all of which can be managed remotely via home automation solutions.
The heating and cooling system was designed with underfloor heating, while electricity is partially provided by photovoltaic panels, thus contributing to the building's energy sustainability. Furthermore, fire safety has been ensured, with a smoke and flame resistance rating of at least 60 minutes (REI 60). Acoustic insulation has been verified to ensure a comfortable internal environment, complying with current noise regulations. The University of Udine's retrofit not only improves the building's safety and energy efficiency, but also represents an important step towards creating a modern and sustainable educational environment. The architectural design and technological interventions implemented demonstrate a concrete commitment to innovation and quality, making this facility an example of a smart building in the Udine university context.