Sustainability Summit

Planning for a carbon zero / carbon positive future

Urban developments around the world are using smart design and new materials to create net-zero energy structures and even carbon positive districts that challenge everything we have learnt about design to date. When it comes to being sustainable, one of the most effective ways to lower a carbon footprint is to reduce or even entirely eliminate a building’s reliance on external fossil-fuel derived energy for power and lighting. How can residential homes and for that matter, precincts reduce their carbon environmental footprint and how have some precinct around the world been designed to be carbon positive and what can we learn and borrow from these designs?

 

At the end of this panel, attendees will be able to:

  • Name at least three developments around the world that are using smart design and new materials to create net-zero energy structures and even carbon positive districts.
  • What are some of the most effective ways to lower a carbon footprint in the built environment?
  • Show how carbon positive is possible in an urban context.
  • What are some of the quickest and easiest ways residential homes and for that matter, precincts reduce their carbon environmental footprint?

 

AACA Competency Standards related to this session:
Relates to: 4.2 Evaluation of design options against values of physical, environmental and cultural contexts.

 

Download the CPD Questionnaire for the Summit: CLICK HERE

Download the CPD Answer Sheet for the Summit: CLICK HERE

Please note you are required to attend the full Summit program, and hour of each session to redeem your 5 formal AIA Refuel points.

Session Information

View the 2023 Sustainability Summit on demand.


Moderator

John Gertsakis

Cambium Communications

Speaker

HY William Chan

UN Sustainable Development Solutions Network

Speaker

Professor Greg Nolan

University of Tasmania | Centre for Sustainable Architecture with Wood

Speaker

Speaker

Aidan Hill

Autex

Speaker

Speaker

Aidan Mullan

Interface

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