Newcastle University Sport (NUsport) is committed to fostering healthier communities by providing high-quality sports, health, and fitness facilities for Newcastle and the surrounding region. These facilities support the physical and mental wellbeing of students, staff, and stakeholders. As part of this commitment, Oval #3 Playing Field at the University of Newcastle’s Callaghan campus underwent a significant transformation to enhance its
Following the successful delivery of the lobby refurbishment, INTREC was engaged by Shayher Group to deliver a new premium End of Trip (EOT) facility at 140 Elizabeth Street. Forming part of the owner’s continued investment in upgrading the building, the project converted existing basement car parking into a modern, high-quality amenity designed to support active transport, improve tenant wellbeing and
UoN’s Newcastle Institute for Energy and Resources (NIER) precinct supports leading research, innovation and industry collaboration across energy and resources. To maintain the performance and integrity of these important research facilities, the University engaged INTREC to undertake roofing, waterproofing and associated remediation works across the NIER buildings.The works focused on improving long-term weatherproofing and moisture management, addressing deteriorated building elements
Delivery of a staged refurbishment at Holmesglen TAFE’s Moorabbin campus to transform existing teaching and administration spaces into functional learning and workplace environments. Stage 1 involved of the construction of a workplace environment incorporating a new staff and student interface space, a suite of private and shared offices, open workstation areas, a new meeting room, open administration workspaces, quiet rooms,
Refurbishment of a 120-year-old, state-heritage-listed building into a functioning pharmacy. The single-storey, double-brick structure with a timber-trussed roof underwent a careful refurbishment that respected the existing fabric while creating a modern, compliant space suitable for its new use. Key works include selective demolition, external brick remediation, internal lime render, full interior refurbishment, an amenities extension, and enclosing the existing entryway.
Refurbishment of the Q3 Office to create a more engaging and functional workplace that encourages staff to return after working from home. The scope includes new spaces for team gatherings and briefings, improved video-conferencing rooms and quiet rooms to support focused work, and upgraded meeting rooms to accommodate client interactions both in person and online. The design also includes refreshed
INTREC was engaged by the University of Newcastle (UoN) to deliver extensive live environment works in the heritage-listed University House. University House included significant internal and external heritage building fabric, requiring careful attention during maintenance and refurbishment works. New sheet liquid waterproof membrane works were completed to provide a seamless, durable barrier against water ingress and ensure long-term protection of
INTREC were engaged by the University of Newcastle as the Principal Contractor to deliver the refurbishment of the high-performance gym and amenities spaces at the Forum Sports & Aquatic Centre on their Callaghan campus. This project included the demolition and fit-out of the amenities and high-performance gym space. The gym amenities refurbishment involved upgrading the unisex changing rooms, bathrooms, and
As part of their commitment to meet the needs of readers and visitors now and into the future, the State Library of NSW undertook a major contemporary transformation of its Macquarie Street building. INTREC was engaged to refurbish the Ground Floor and Bashir Reading Rooms, delivering enhanced spaces for people to relax, study, explore, and socialise. The scope included the
INTREC was engaged by UNSW to deliver Stage 1 of its ambitious campus-wide electrification program, commencing with the Colleges Precinct. This initiative aimed to transition multiple student accommodation buildings from natural gas to electric infrastructure, aligning with UNSW’s sustainability and decarbonisation commitments. The project involved high-impact upgrades delivered in a live environment, with careful planning to minimise disruption to over