Value-Engineered Post-Tensioning – Macquarie Midtown Primary School
Interspan delivered a value-engineered post-tensioning solution for the Macquarie Midtown Primary School in Macquarie Park, a key component of the emerging Midtown precinct—one of Sydney’s most significant new community developments.
Designed to accommodate up to 750 students from Kindergarten to Year 6, the new five-storey school will provide a modern, highly connected learning environment within walking distance of Macquarie University.
Collaborative Delivery
Interspan was engaged by Taylor Construction Group, working alongside The APP Group (property and infrastructure consultancy) and Architectus (project architects), with TTW Consulting Engineers as the Consulting Engineer Designer.
Value Engineering and Design Capability
Interspan’s in-house design team delivered a value-engineered post-tensioning solution, focusing on buildability, construction speed, and cost-effective outcomes.
Our integrated approach enabled rapid turnaround across design, drafting, RFIs, and construction queries, ensuring seamless coordination and efficient delivery.
Advanced Design and Documentation
Interspan utilised advanced analysis and design software, including RAPT and RAM Concept, to optimise structural performance.
Industry-leading drafting practices, including embedded reinforcing bar tagging, supported detailed reinforcement tracking and clarity for construction teams.
Quality, Assurance and Delivery
Installation was carried out by a CARES APT04-accredited team, supported by robust QA systems ensuring full traceability from procurement through to installation.
Certified systems under ISO 9001, ISO 45001 and ISO 14001 ensured safety, quality, and environmental performance.
A Smarter Approach to Education Infrastructure
By combining in-house design capability with advanced analysis tools and disciplined delivery, Interspan continues to deliver smarter, faster, and more efficient structural solutions for modern infrastructure.
Image Credit: Architectus
| Location | Macquarie Park, NSW |
|---|---|
| Main Contractor | Taylor Construction Group Pty Ltd |
| Consultancy | The APP Group |
| Architect | Architectus |
| Consulting Engineer Designer | TTW Consulting Engineers |
| Structure | 5-storey building |
| Post-Tensioned Area | 9,017 m² |
| Scope | Design & Construct (Post-Tensioning) |
| Concrete Strength | 40MPa |
| Dowel Sleeving | Total: 611 Horizontal: 274 Vertical: 377 |
| Program (PT Works) | June 2025 – October 2025 |
| Completion | Early 2027 |
Interspan
Interspan uniquely integrates in-house post-tensioning expertise, advanced forensic diagnostics, and cutting-edge strengthening technologies to enable a single-source delivery model trusted by global developers for complex retrofit and reuse projects.
NEW STRUCTURES
The Interspan Group brings unique expertise in post-tensioning, construction methodology, and lifting operations that reduce CO₂ emissions, material usage, and construction program.
EXISTING STRUCTURES
We specialise in helping clients extend the lifespan of concrete structures through advanced repair, strengthening, and carbon-fibre solutions. Adaptive reuse projects are a perfect fit for our expertise, helping to minimise waste while delivering safe, modern outcomes that support community growth.
Over the last decade, the Interspan Group has become a market leader in the application of CFRP-strengthening solutions, with notable projects including the award-winning The Space House in London and the Quay Quarter Tower in Sydney.
Quality Assurance
Quality Assurance holds immense significance for Interspan because it impacts the safety of our operatives and future occupants, the long-term durability of our structures, and our client satisfaction and relationships.
Interspan is accredited under CARES APTO1 for the Production and Supply of Post-tensioning Anchorage Systems and is the only post-tension contractor in Australia accredited under CARES APTO4 for the supply and installation of Post-tensioning systems in concrete structures.
Sustainability
Post-tensioning and adaptive reuse are powerful design approaches that reduce material use and embodied carbon—delivering more efficient, resilient, and sustainable structures for the future.
Australia – NSW
United Kingdom & Ireland
