planning sets the conditions for long-term, reliable operation of a site under changing regulatory, market and climate conditions. The service tests how the layout, infrastructure and land-use choices perform over time, not only at first opening.
analysis maps how heat, flooding, wind, subsidence and other hazards interact with the proposed development. The focus is on practical implications for building placement, access, infrastructure and emergency routes, rather than generic climate statements.
sets out how the development is expected to perform in terms of energy demand, supply mix and greenhouse gas emissions over its life. The framework is used to guide technology choices, building standards and infrastructure allowances at later stages.
covers both stormwater and water-stress conditions. The aim is to shape the master plan so that buildings, routes and critical plant remain functional under heavy rainfall, changing groundwater behaviour or tighter water-usage rules.
identifies services whose failure would cause unacceptable disruption or damage. The master plan then reserves space, routes and options for achieving suitable levels of redundancy and recoverability.
core to long-term resilience. This application looks at how the layout influences safe movement, emergency response, noise, light, nuisance and basic social liveability for staff, visitors and neighbours.
clarifies the minimum and stretch requirements that apply to the project. The work links planning policy, building codes, environmental regulation and any targeted certifications (such as BREEAM, LEED or local equivalents) to master-planning choices.
considers how the development might need to change over time. The emphasis is on reserving flexibility in the master plan so that buildings, infrastructure and open space can be repurposed or upgraded without excessive cost or disruption.
