Optimise building orientation, natural light and heat, pollution mapping, drainage planning, and flood risk.
Optimise building orientation, natural light and heat, pollution mapping, drainage planning, and flood risk. Our team combines simulation-driven analysis with practical engineering judgement to give you answers you can act on — not just a report.
We simulate how a building's positioning interacts with sun path and prevailing wind across the seasons, helping architects capture natural light and airflow while cutting energy use and improving comfort for occupants.
Simulation is used to fine-tune window placement, insulation and shading so a building leans on daylight and passive heat rather than mechanical systems, lowering running costs without sacrificing comfort.
We model how pollutants and airflow disperse around a site, giving developers a clear picture of a project's environmental footprint and supporting compliance with air-quality regulations.
Computational modelling of stormwater behaviour and site drainage capacity supports water-management designs that hold up under real conditions, and helps identify flood-prone zones before construction begins.
Finite Element Analysis is used to test how buildings, bridges and other civil structures respond to real-world loads and stresses, confirming they meet safety standards for the long term.
RPEQ-certified engineers, Melbourne & Gold Coast based, bespoke analysis matched to your project scope and budget.
Tell us about your project and we'll scope the right analysis approach for it.
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