
MMC
Learn MoreAt the heart of our innovative approach to building design is our commitment to delivering projects with unparalleled quality, speed, safety, and efficiency.
A new innovative 4,067m² teaching building which includes classrooms, learning, administration and ancillary spaces. With space decanted elsewhere on campus, the new building will increase student capacity at TU Dublin’s Blanchardstown location by 824 - a significant boost to support future growth and learning.
Higher Education - Ireland
This Teaching Building, currently under construction at the TU Dublin Blanchardstown Campus (TUDb), is part of the HEB 1 Bundle being delivered under a Public Private Partnership (PPP) programme, which includes 6 projects spread geographically across Ireland. Upon completion, this Teaching Building will deliver an innovative building and contribute positively to the existing campus.
The building layout prioritises the quality of the teaching environment by aiming to limit solar glare and solar gain with a wall of north-facing classrooms. In doing so it creates a teaching block completely integrated into the campus.
The building is expected to house up to 824 students and teaching staff.
Ground conditions on site were assessed as excellent and as a result a shallow pad and strip foundation solution has been implemented. The main structure is a 3-storey reinforced concrete flab slab construction supported on RC columns and R Walls. Lateral stability is provided by the diaphragm action of the floors transferring horizontal loads to the concrete cores and shear walls. A louvre plant area screen removes plant from external view and a covered plant area is used to house critical M&E equipment. The louvred screen and covered plant room are constructed using a galvanised braced structural steel frame.
Sustainable drainage was used throughout the development and incorporates tree pits, swales and bio retention areas.
To provide a light filled environment in the central foyer of the facility, a 3-storey glass facade was installed along the south elevation. This glass system required bespoke fixings to ensure that the building could deflect independent of the glass ensuring that the façade remains in use for the life cycle of the project.
Working with the glass designers, we designed a bespoke sliding bracket support system which ensures that as the building moves over its life cycle, unintended loads are not applied to the glass, therefore resulting a façade system which will require minimal maintenance.
Higher Education facility
Delivered as part of a Bundle of 6
Delivered on an active campus
State of the art facility
Delivered using public procurement contract
At the heart of our innovative approach to building design is our commitment to delivering projects with unparalleled quality, speed, safety, and efficiency.
Let’s talk about your next project and how our experienced team can help
Find your nearest Curtins office
Contact