Event Summary
Join the Concrete Institute of Australia for an engaging technical seminar exploring the engineering innovations reshaping modern high-rise construction.
This session brings together leading practitioners to examine how advances in structural design, reinforcement technology and precast construction methodologies are improving project delivery, structural performance and construction efficiency.
Drawing on real-world Australian projects and practical engineering experience, presenters will explore:
- Vertical post-tensioning systems for high-rise structures
- Application of higher-strength reinforcement steels in South East Queensland buildings
- Reinforcement continuity and connection methodologies for vertical precast concrete construction
- Design considerations, constructability, quality assurance and long-term durability
- Lessons learned from project delivery and emerging trends influencing the next generation of high-rise construction
Designed for consulting engineers, contractors, precast manufacturers, project managers and industry professionals, this seminar provides practical insights into selecting and implementing structural systems that improve buildability, reduce programme risk and enhance whole-of-life performance.
Whether you are involved in design, specification or construction, this seminar will provide valuable technical knowledge to help deliver smarter, safer and more efficient high-rise projects.
Don't miss out, register today for this technical seminar!
Sponsored by:
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Program
| 5.00pm | Welcome & Introduction |
| 5.10pm | Presentations |
| 7.00pm | Networking, drinks and food |
| 8.00pm | Evening concludes |
Registration
| $88.00 | CIA Member |
| $44.00 | CIA Retired, Life and Honorary Members |
| $22.00 | Student Member |
| $110.00 | Non Member |
Parking available onsite or in surrounding streets.
PRESENTERS
Miles Goodwin (Technical Associate – ADG Engineers) and
Ashley Palmer (Lead Structural Design Manager – Hutchinson Builders)
Practical deployment of 600MPa / higher strength reinforcing steels
The use of higher strength reinforcing steels offers an attractive means of improving overall embedded carbon in structures whilst reducing overall congestion. This presentation demonstrates practical applications of how these are integrated in both design and on site.
Ian Macrae - Aptus Concrete Connections
Reinforcement Continuity in High-Rise Precast Buildings - Practical Connection Systems for Modern Construction
This session examines mechanically coupled reinforcement continuity in precast columns, shear walls and core walls, where bars are continuous and fully developed through the slab joint and elements are erected without propping. It sets out the two-stage design process — temporary stability under self-weight and wind, then permanent capacity to AS3600 Section 10 — and clarifies where design certification for the temporary state sits with the system supplier while the permanent case remains with the project engineer.
Damon Kambouris (Discipline Director – ADG Engineers) and
Ashley Palmer (Lead Structural Design Manager – Hutchinson Builders)
Vertical Post Tensioning: Destination Gold Coast Case Study
Vertical post tensioning of reinforced concrete cores is an increasingly adopted system in high rise building design. This presentation outlines the fundamentals of vertical post tensioning, including its role in crack control, and managing construction and long term shortening effects.
