We work across a range of scales; for a range of clients. Our work encompasses residential, commercial and government architecture; public and private landscape projects; as well as the design and manufacture of furniture and lighting products.
Our innovative designs are focused on material honesty, thermal performance and constructability, as we strive for affordable and responsive architecture that contributes to the public domain.
We are interested in projects that span architecture, urban design and landscape and embrace the mantra that design is delivery. Our practice utilises BIM extensively to automate and streamline our design work-flow and we are increasingly leveraging BIM to not only aid and support the delivery and construction of our work; we are also using it directly with off-site manufacturers to automate the production of timber-based floor, wall and roof elements directly from the coordinated design model.
Our directors have over 30 years of combined industry experience and were drawn together to create an inclusive practice that is truly outcome orientated. We have won awards across a range of disciplines connected to the built environment that recognise our design excellence and innovation, along with our commitment to sustainable buildings and the environment.
As a practice, we have worked on large-scale commercial projects with a construction value in excess of $100M through joint venture arrangements with Hayball Architects, and we have lead multidisciplinary teams for complex commercial projects over $5M in value.
We relish the opportunity to work collaboratively with clients and large project teams to incorporate specialist knowledge and expertise into our work. We are data driven and focused on quality project outcomes. We have proven project experience leading complex projects in sensitive environments and have been recognised for our contextual approach to design.
We have also been awarded for our approach to sustainability and always seek not only to optimise the thermal performance of our buildings, but also to consider the life cycle cost of our material choices.
