University of Limerick Student Centre
The new Student Centre for the University of Limerick, located on a prominent site at the gateway to the campus, was conceived as a place at the heart of university life. The project transforms the social experience of a growing student population by providing social spaces, places for encounter and exchange, and a center to support both students and alumni—a home from home, and a place on campus that students can call their own. The project was first envisaged in 2015, when a student referendum was held following extensive consultation to agree a levy that would effectively fund the development of the building.
The building includes a series of large public volumes—the foyer, theatre, courtyard garden, and flexible meeting rooms—all placed on the west side of the building. Smaller meeting rooms and workspaces are located along the east and south elevations. The quality and organization of the circulation spaces, and how people move through the building, are fundamental to encouraging people to find their place, engage, and encounter one another. The stairs are designed for people to linger, encouraging chance conversations and informal meetings. The building’s functions may evolve and change over time; the disposition of the rooms, along with their generous proportions and volumes, ensures that the spaces can be adapted for many uses as needs change.
The rectangular building form is conceived as a block from which rooms and spaces are carved, either enclosed or open to the sky as gardens. The section can also be understood as a composition of large-volume spaces—the foyer, auditorium, and rooftop garden—with rooflights bringing light and air into the plan, alongside smaller rooms providing workspaces, clubs, and meeting rooms. This sectional logic is carried through into the organization of the plan: large volumes to the west, more cellular spaces to the east.
The structure is composed of a reinforced concrete shell, left exposed or overclad in oak linings for acoustic modulation. A series of steel-framed trusses form clerestory glazing, which incorporates automated glass louvres for natural and smoke ventilation. The robust brick skin of the building envelope aligns with the brick materiality of the campus, while limestone slabs are used to define the openings.
A simple material palette creates a calm visual environment. The visual, spatial, and acoustic character is carefully controlled, and the building becomes progressively more tranquil as one moves through and upward within it. The Students’ Union was particularly committed to supporting neurodiverse students and creating calm spaces for them. As a result, the building includes many small booths and intimate areas alongside the large and active foyer.
The brief prioritized the value of a healthy building that supports well-being. This was achieved through ample daylight, access to green and biodiverse spaces, fresh air, and natural materials such as timber with no VOCs. The sustainable strategy for the project was developed in two parts: first, to optimize the passive performance of the building through its materials, volumes, and highly insulated envelope; and second, to fine-tune energy use through services design and technology.
Heating and hot water are supplied by a cascade arrangement of air-to-water heat pumps. An array of solar PV panels on the roof generates up to 18 kW of electrical power. The building achieved a BER rating of A3, with a primary energy consumption of 111.5 kWh/m²/annum.
