The 24/7 Latelab at Swinburne University of Technology transforms an underutilised Student Union building into a vibrant, student-centred learning and social hub. Located within a fragmented inner-urban campus, the project demonstrates how adaptive reuse can deliver high-quality amenity while significantly reducing embodied carbon. By retaining approximately 85 per cent of the existing structure, including slabs, edge beams and the primary roof frame, the design minimised demolition and avoided substantial carbon emissions compared to a new-build alternative.

Developed through an extensive co-design process with students, the project responds directly to contemporary patterns of study, occupation and belonging. A clear vertical organisation defines the building: a porous ground floor anchored by café and social spaces; flexible collaborative learning environments above; and quieter individual study areas beneath a central skylight. The introduction of a multi-level void and roof light draws natural light deep into the building, improving orientation, comfort and wellbeing.

New landscaped terraces, accessible connections and outdoor study areas extend activity beyond the building envelope, strengthening campus connectivity. Fully electric systems, high-performance envelope upgrades and on-site photovoltaics align the project with Swinburne’s Net Zero targets, establishing 24/7 Latelab as a benchmark for sustainable campus renewal.

Photography: Peter Bennetts