Emily Simpson Landscape Architecture was established in 2007 and is a landscape architectural studio based in Sydney.  The studio has an aspiration to create biodiverse and sustainable landscapes with experience in urban parklands, water sensitive urban design, native meadow ecologies, playground design, roof gardens, rural gardens, residential projects and small inner-city courtyards.

The studio designs in a site-specific way throughout the design process combining rigorous design thinking that utlise sustainable and recycled materials where possible with bespoke design detailing and imaginative biodiverse planting.   When designing, an emphasis is on ecological preservation, the creation of habitat and usable spaces that enhance the outdoor experience and environment beyond. 

The site is explored with an observant mind. Consideration that every site needs to be responded and adapted to uniquely. How does the site sit in the overall landscape?

What are the magic treasures on the site which need to be protected and enhanced? What innovative & sustainable design solutions can be considered in response to the site?

How can the design be innovative, and utilise materials and plant species which do not put a burden on our environment? Considering recycled materials, reusing site material, collection of water for reuse, productive plants, creating wildlife/bee food and habitat for pollination.

Attentiveness to clients requirements is crucial and how can the landscape embrace and enhance the built form to make seamless and joyful experiences.

Close collaboration with architect, engineers and other consultants is critical in the development of the design for the flow and functionality of the project.

During construction, attention to detail is considered and communicated when working along side landscape contractors/ builders to ensure that the project is of high quality and the maintenance of the project is directed at the end of the project to ensure a long term successful outcome, which evolves and is resilient over time.