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Sustainable building architecture with thoughtful design

Josh Crosbie Architects pursues the ideology of environmentally conscious buildings vigorously whilst also appreciating the economic and social considerations of sustainability. 

In Australia, our buildings account for 23% of the nation’s green house gas emissions. We have the greatest ability to reduce the environmental footprint of a building at the front end of the building process – design.

Environmentally conscious buildings possess the following qualities at the very least:

  • improved thermal comfort to the users

  • improved air quality to the users

  • reduced energy consumption saves money from utility bills

  • reduced energy consumption reduces the carbon footprint / greenhouse emissions

  • use of appropriate materials, especially timbers, will lessen the often harmful environmental impact caused by extraction, transportation and manufacture.

  • more commercially viable buildings

  • improved corporate reputation and branding.

  • satisfaction, pride and enjoyment to the inhabitants.

Our buildings have an opportunity to significantly improve people's standard of living and to nurture community-minded values. Locally and globally, architecture must embrace the challenge to reduce our environmental footprint. 

Design

An in depth understanding of the site and clever design will achieve:

  • passive solar gain

  • natural ventilation for cooling

  • thermal mass Incorporated into the building

  • excellent thermal performance

  • rainwater collection and reuse

  • permeable and drought resistant landscaping to reduce stormwater loads

  • social awareness: our buildings should seek to recreate the sense of community within our neighbourhoods.

Materials

Materials and processes are selected to ensure minimal environmental impact:

  • utilise technically improved or innovative products- especially facades, glazing, insulation.

  • reduced use of resources

  • recycled materials are utilised

  • source of supply,

  • embodied energy,

  • life cycle / recyclability

  • water consumption

Construction

  • low energy fittings and appliances are selected

  • efficient construction methodology

  • reduced water consumption

  • excess material waste avoided

  • use of renewable energy to reduce the carbon footprint

  • economic considerations: practices should be employed that are economically responsible and not cost prohibitive.