By Alexander Symes Architect
Re-Generation house is a collaboration between ASA, Second Edition & artist Jane Theau. The home explores and celebrates the Re-Generation of the Australian Bush decimated in the 2020 bushfires, creates a home for future Generations, and embraces the circular economy by ReGenerating pre-existing materials.
The home is sited on Yuin Country in a sleepy coastal hamlet town on the NSW south coast. The clients love the quiet of the town and its humble cottages on lawn clearings surrounded by bush. ‘Maintaining this feeling whilst adding capacity and comfort’ to the dwelling was the basis for their architectural brief.
The existing discrete cottage had two bedrooms, a kitchen, dining room, deck, lounge room and laundry. The brief was to be able to host the clients, their four children and future generations. The existing dwelling was kept intact except for a renovation of the bathroom and moving the laundry into the new services and storage room. The addition is a similar modest pavilion with a second bathroom and multi-purpose rooms to increase capacity. The pavilions are separated to reduce the visual bulk of buildings on the landscape, and have been connected by a wooden deck that has become a preferred passage for crossing kangaroos and other fauna. This outdoor room becomes a place to be “outside” and frames the relationship to the lawn that will be home to yearly family volleyball rivalry.
The project’s aim was to explore how to provide the most amenity with the least environmental and physical impact. The dwelling is a get-away and only occasionally used so the clients decided that the embodied energy and resource depletion engendered by the installation of PV systems and water-tanks was not a current concern however provisions for future incorporation of EV chargers, batteries, PV and water tanks have been incorporated into the design. The thermal envelope is high performance with recycled timber windows with double glazing, a vapour permeable membrane and insulation that far exceeds BASIX requirements.
Where possible all materials have been sourced as reclaimed. Recycled brick, timber cladding, marble, railway sleepers, sandstone steps, tiles, basins, toilets, mirrors, and joinery have been sourced as second-hand or materials that were on their way to landfill. The collaboration between ASA, Second Edition and Jane Theau worked so well because of the shared respect for materials and the vision of minimising resource depletion by embracing the circular economy: second hand can be beautiful, robust and high-performance.
ASA worked in collaboration with Second Edition on the interior design, and material selection for the project’s bathrooms. The majority of the finishes, fittings, fixtures and joinery in these spaces were salvaged from local waste streams or sourced from second-hand marketplaces. The marble floor was salvaged scraps collected from marble suppliers, the floor and wall tiles were excess stock from local renovations, the timber joinery is clad in timber flooring with substrates made from off-cuts of plywood. Plumbing fixtures (which were new and unused) were sourced from online marketplaces from people selling due to change of mind or mis-ordering. These non-traditional procurement methods became a testing ground for their implementation within a typical design and construction process.
The project’s embodied carbon is 50.5% lower than a built-as-usual (BAU) benchmark on a /m2 basis, due to the approach of: keep as much as possible, add as little as needed, and use the lowest impact materials possible. A 3.5kW PV system would be sufficient for the project to have a negative footprint over its lifecycle. Note that a 5.5kW system has been provisioned for but not yet installed.
Alexander Symes Architect was founded in 2014 with a mission to advance sustainable architecture. The world’s climate is changing and we believe that architecture must lead the way in changing how we utilise resources to contribute to a sustainable future.
This vision for sustainable architecture is layered through all aspects of our practice and through all the stages of a project. This starts with the examination of a project brief to ensure the grounding principles of a project support a sustainable way of life. As the project takes shape, Alex deploys his depth of technical expertise to realise the project to its full potential.
Alex’s technical expertise in building physics and facade system design is built on the experience he gained working in Arup’s Building Physics and Facade Engineer teams from 2010-2014. He has hands-on experience with construction and design for manufacturing assembly (DFMA) and a passion for how buildings are put together.
Alex has specialist training in the design and delivery of passive houses which we believe offer a pathway towards exceptionally comfortable and healthy homes. Alex loves collaborating with like-minded individuals and testing the boundaries of how we can challenge the status quo to advance sustainable architecture.