Projects
At Third Place Design, every project begins with a spark; a vision, a brief, an unmet community need, a unique challenge. From that moment on, we commit ourselves to bringing this to life through a collaborative, proven and creative process that delivers as designed.
As a team of designers, engineers and fabricators, we are problem-solvers who thrive on complexity and customisation. Whether it’s a bespoke tower, an architectural playable art feature or an entire recreation precinct, our process ensures every element works in harmony; aesthetically, functionally, and within the landscape context.
Below, you’ll discover a collection of projects delivered from concept through to completion—each one a testament to the power of collaborative design with the Third Place Design team and delivered by PARX Group; Australia’s most trusted partners in outdoor recreation.
Archerfield Wetlands
Set within rehabilitated wetlands and riparian corridors, Archerfield Wetlands District Park serves as both a gateway and a gathering space.
Harmony Stage 7-10
Spanning 450 metres through the southern neighbourhood of Harmony, Stage 7-10 brings together four local parks into one expansive, four-hectare green corridor.
Flindersia Riverside Park
Flindersia Riverside Park brings together inclusive play, natural landscapes and artistic expression in a welcoming and connected environment.
Cameron Park
Cameron Park was designed to be more than a playground—it’s a welcoming, inclusive space that reflects local identity and supports community wellbeing.
Richardson Park
Anchored by a towering riverboat paddle steamer, Richardson Park in Goodna is now an unmissable destination for the Ipswich community.
Tweed City Shopping Centre
Inspired by the laid-back spirit of the Tweed Coast, this custom play space brings the nostalgia of classic Australian beach culture to a busy retail space.
Mermaid Waters Tavern
An enhanced play space at Mermaid Waters Tavern. Designed to increase capacity and enriching the play experience whilst still maintaining original design intent.