Explore how Concrete Logic turns complex concrete designs into buildable, high-quality projects for architects, builders, formworker contractors and developers.
Every project starts with understanding your goals. We then design and build solutions that not only look professional but also streamline processes, capture leads, and support your business growth through automation and smart integrations.
The existing multi-level carpark at Westfield Parramatta supports one of Sydney’s busiest retail environments. While structurally functional, the facility is operating near peak capacity during high-demand periods, leading to congestion, delayed access, and reduced traffic efficiency.
The original structure was designed for lower urban density and vehicle volume, limiting its ability to support current and future growth.
To increase parking capacity and structural performance by introducing additional vertical levels while strengthening the existing concrete framework-without expanding the site footprint.
1. Structural Load Assessment & Reinforcement
Detailed structural evaluation of existing slabs, beams, and columns is conducted. Reinforcement is applied where required using high-strength concrete encasement and additional load-bearing supports.
2. Vertical Expansion (New Parking Levels)
New elevated concrete decks are constructed above the existing structure. These are engineered using reinforced slab systems designed for high vehicular load capacity and long-term durability.
3. Foundation & Load Transfer Enhancement
Where required, load redistribution systems and foundation strengthening solutions are introduced to safely support additional vertical loads.
4. Live Site Construction Sequencing
Works are executed in controlled stages to maintain partial carpark operation. Temporary support structures and phased closures ensure uninterrupted customer access.
5. Traffic Flow & Ramp Optimization
New ramp systems and circulation layouts are integrated to improve vehicle movement efficiency between levels, reducing congestion during peak hours.
This concept transforms an existing constrained structure into a high-capacity vertical infrastructure asset, optimized for modern retail demand and urban density growth.
This concept is based on a high-traffic logistics and freight facility within the Port of Brisbane precinct. The existing warehouse and loading zones were originally designed for conventional palletized storage and manual forklift operations.
With the rapid shift toward automated logistics systems and heavier freight loads, the current floor slab and structural layout are reaching operational limitations. Common issues include surface wear, joint fatigue, and insufficient load distribution for modern equipment.
To transform the existing logistics facility into a high-performance industrial hub capable of supporting automated systems, heavier axle loads, and continuous 24/7 operations through a complete structural floor upgrade and expansion strategy.
This upgrade repositions the facility as a next-generation logistics hub, capable of supporting automation, high-volume freight movement, and evolving industrial demands without requiring relocation or full redevelopment.
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