PHILIP STEJSKAL ARCHITECTURE
ORIANA TERRACES, FREMANTLE
2023 - PRESENT (CONSTRUCTION IMMINENT)
Project Team: Han Oh, Tessa Ansell, Elsa Vacher, Philip Stejskal
A new type of dwelling in Fremantle. Four levels + roof terrace, interconnected volumetrically by a central top-lit atrium, views from all levels across Fremantle Arts centre and historical suburban streets.
Developed to offer a vertical kind of inner-city living without compromise to amenity for both owners and the surrounding suburb.
The project has been designed to feel familiar and at home with its surroundings, drawing from the limestone hues of local structures and geography, the rhythms of industrial port architecture, with textures and finishes intended to emphasise changing light conditions, times of day and year.
The project seek to be respectful to its neighbours by offering a varied facade with genuine depth and articulation. The design manages its scale through the setback of its upper floors and material differentiation across levels to establish a distinct 'base', 'middle' and 'crown'.
Feel free to learn more about the project on a dedicated website by clicking the link below.
Project Team: Han Oh, Tessa Ansell, Elsa Vacher, Philip Stejskal
A new type of dwelling in Fremantle. Four levels + roof terrace, interconnected volumetrically by a central top-lit atrium, views from all levels across Fremantle Arts centre and historical suburban streets.
Developed to offer a vertical kind of inner-city living without compromise to amenity for both owners and the surrounding suburb.
The project has been designed to feel familiar and at home with its surroundings, drawing from the limestone hues of local structures and geography, the rhythms of industrial port architecture, with textures and finishes intended to emphasise changing light conditions, times of day and year.
The project seek to be respectful to its neighbours by offering a varied facade with genuine depth and articulation. The design manages its scale through the setback of its upper floors and material differentiation across levels to establish a distinct 'base', 'middle' and 'crown'.
Feel free to learn more about the project on a dedicated website by clicking the link below.
