Temporary Works

Temporary Works engineering is a vital part of ensuring that construction projects are carried out safely and efficiently.

Temporary works are essential structures that provide support, stability, and access during the construction phase, such as  shoring, excavation supports, and temporary bridges.

These elements are crucial to the success of the project, as they safeguard both workers and the permanent structures being built.

DEEP ASSESSMENT

We begin by carefully analysing the specific needs of each project, considering site conditions, construction stages, and potential risks.

GDA's temporary works solutions are custom-designed to suit the unique challenges of each site, ensuring that the construction process can move forward smoothly without compromising safety.

Whether it's designing temporary retaining walls for deep excavations or creating load-bearing structures to support cranes or equipment, we deliver innovative, practical solutions that meet the highest safety standards.

APPROPRIATE METHOD

Proper planning and execution of temporary works are key to avoiding costly delays and accidents.

Poorly designed temporary structures can lead to instability, project slowdowns, or even failure of permanent works.

GDA’s experienced engineers ensure that the temporary systems are installed at the right time and removed efficiently when no longer needed, minimising disruptions to the overall construction schedule.

RIGOROUS ANALYSIS

By prioritising safety, stability, and compliance with regulatory standards, our Temporary Works engineering ensures that every phase of construction proceeds safely and efficiently.

Our designs are rigorously tested and verified, giving clients the confidence that all temporary structures will perform as needed, allowing them to focus on the successful completion of their projects without unnecessary risks.

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Forensic Assessment

Forensic Assessment is a specialized service aimed at investigating and analysing structural failures or deficiencies that have occurred in existing buildings and infrastructure.

This process involves detailed examinations of the construction materials, design methodologies, and environmental factors that may have contributed to the issue.

By employing advanced diagnostic techniques, we can uncover the root causes of failures, enabling clients to take corrective actions and prevent future occurrences.