Outdoor comfort
Wind safety, thermal microclimate and public-realm performance.
We evaluate wind, thermal comfort, air quality, daylight, smoke and fire behaviour to help teams create safer, healthier and more resilient environments.
Wind safety, thermal microclimate and public-realm performance.
Air quality, ventilation, thermal comfort and local draught analysis.
Glare, overshadowing and daylight-informed design decisions.
Smoke, pressurisation and fire-protection performance assessment.
Our work connects architectural intent with environmental physics, using CAD, CFD, zone models and fire modelling to resolve risks before they reach site or operation.
Purpose-built models for wind-tunnel studies, CFD and performance assessment.
Assessment of pedestrian-level conditions and the interaction between buildings and climate.
Performance studies for occupied, specialist and semi-enclosed spaces.
Whole-building and multi-zone analysis for pressure and smoke movement.
Engineering assessment of ventilation and protection systems under fire conditions.

Evidence-led performance from the city scale to the occupied zone.
Urban microclimate. Comfort. Ventilation. Fire. Daylight.
Define the urban, climate, risk criteria and design questions.
Build the urban, building or zone representation.
Test relevant weather, operation and emergency scenarios.
Translate results into comfort, safety and performance insight.
Develop practical changes and verify the preferred design.
We evaluate wind, thermal comfort, air quality, daylight, smoke and fire behaviour to help teams create safer, healthier and more resilient environments.
