Second Skin (aka. FlaxWing) is a research project that focuses on the possibilities of a more climate responsive architectural approach. Via concepts of adaptation, we consider the social and technical reuse of existing building stock; the transformation of prevailing construction practices via the uptake of bio-based and low-carbon building materials; and the very adaptation of buildings themselves in response to environmental and occupant influences enacted via cyber-physical systems. 

Phycoforms was created to explore the potential of utilizing biofouled content from the seaweed farming process to create rigid compressible seaweed biocomposites for the building industry. This material system exploration looks into the unique properties of alginate present in brown seaweed and how this can be utilized to make more resilient and fire-retardant building materials.

The high turnover of Australia’s commercial office space represents an often overlooked component of the built environment’s ecological footprint. Drawing upon circular-design strategies, Workplace Plasticity offers an approach to the design and fabrication of common workplace elements using recyclable Polyethylene Terephthalate Glycol (PETG) plastic.

This project investigates how Indigenous Fijian (iTaukei) building customs, knowledge and resources may be utilised to alleviate reliance on external aid post disaster.

This study identifies and environmentally profiles performance-based retrofit options for a typical Canberra ‘ex-Govie’ house against the criteria of energy efficiency, embodied energy and cost.