The adaptation intervention of 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 historical and architectural value of the structure. The original building, characterized by a rectangular plan measuring 25×8.5 meters on two levels, was expanded to reach a total length of approximately 32 meters. The structure is spread over four levels above ground and one underground level, combining traditional masonry elements with reinforced concrete frames. This design choice allows vertical loads to be supported effectively, while ensuring the stability of the entire complex. The walls, made of split stones of good texture, present a material harmony that integrates with the new interventions.
service
, executive design, CSP, CSE
Location
Udine (PA)
Client
University of Udine
Surface area
1,268.00 m2
Typology of
School Building
Status
Accomplished
The seismic adaptation was achieved through the implementation of bracing and summit curbs, which made it possible to exclude the activation of overturning mechanisms. Furthermore, a vertical cut was performed with a special saw to create a joint, allowing the buildings to be analyzed as isolated and to avoid mutual stress during seismic events. The project paid particular attention to eco-sustainability, aiming to guarantee high internal comfort and optimal energy efficiency. Various interventions have been adopted 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, insulation was carried out both from the outside and from the inside, in order to respect the limitations related to the property. The design of the technological systems involved the installation of advanced lighting, heating and ventilation systems, all of which can be managed remotely through home automation solutions.
The heating and refrigeration system was designed with a radiant floor plate, while the electricity is partially supplied by photovoltaic panels, thus contributing to the energy sustainability of the building. Furthermore, safety in the event of fire has been guaranteed, with a level of resistance to smoke and flames of at least 60 minutes (REI 60). The acoustic insulation check was carried out to guarantee a comfortable internal environment, respecting current regulations regarding noise pollution. The adaptation intervention of the University of Udine not only improves the safety and energy efficiency of the building, but also represents an important step towards the creation of a modern and sustainable school environment. The architectural design and technological interventions adopted demonstrate a concrete commitment towards innovation and quality, making this structure an example of smart building in the university context of Udine.