By Carter Williamson Architects
In a heritage conservation area in Sydney’s inner west, a Federation bungalow on a corner site is transformed in collaboration with Arent&Pyke with a sculpted new rear living pavilion. Based on the original material palette of brick and slate shingle, it presents discreetly from the street, while its light-filled rear spaces open joyously to the sun and landscape.
The main street frontage remains true to its Arts & Crafts heritage, while the addition turns the corner in a more robust urban language of brick and steel. Original front rooms and facade details are revived, while the new rear pavilion pivots around a mature paperbark, marking a shift in geometry and flow from the living area to the outdoor room and rear garden. A void holds the dining room in a cradle of light, elevating the social act of dining together.
The period palette is revived in the old and reinterpreted in the new, from its mansard slate roof disguising the first-floor addition, to the new herringbone timber floors and outside to the garden pathways, constructed from recycled bricks.
Photography: Anson Smart, Brett Boardman, and Pablo Veiga
Our work is spatially exciting, playful, and robust, tuned to nature and place.
Architecture should allow us to feel safe & secure, confident & expressive, quiet & reflective. It should make our lives better.
Our team comes from a range of backgrounds and disciplines, united by a passion for design excellence. Our focus on fostering a supportive, inclusive, well-balanced studio environment earned us the Best In Practice prize at the 2020 NSW Institute of Architects Awards.
Carter Williamson acknowledges the Traditional Custodians of the Land on which we work, the Wangal people of the Eora nation, and the Land on which our projects are sited, including the Gadigal, Guringai, and Cammeraygal peoples. We pay our respects to Elders past, present, and emerging, and recognise the myriad ongoing ways First Nations peoples have cared for and shaped their natural and built environments across thousands of generations.