Heat exchanger optimisation, electronics cooling, heatsink design, and fan design, selection & analysis.
Heat exchanger optimisation, electronics cooling, heatsink design, and fan design, selection & analysis. Our team combines simulation-driven analysis with practical engineering judgement to give you answers you can act on — not just a report.
CFD and FEA are combined to design heat exchangers that transfer heat efficiently between fluids, minimising energy loss — used across power generation, HVAC, and chemical processing.
System-level simulation guides how heat is generated, distributed and dissipated across a product or facility, which matters most in automotive, aerospace and electronics cooling applications.
We assess thermal conductivity and insulation choices to reduce heat loss and running costs, relevant to buildings, industrial processes and energy storage systems alike.
Thermodynamic and refrigeration-cycle analysis supports the design of efficient cooling systems for food preservation, climate control, and industrial processes.
CFD-based combustion and heat transfer modelling optimises performance and emissions in boilers, furnaces and internal combustion systems.
Airflow and heat-transfer simulation, paired with heat sink design, keeps electronic components operating reliably within safe temperature limits.
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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