Cloud Home: An Affordable Housing Project that Promotes Flexibility & Incremental Growth with the Idea of Half Homes | Architecture Thesis

Site Context

The site is an unused area in Preston, an inner suburb of Melbourne, offering a valuable opportunity for the development of affordable housing.

Design Process

The design process for the project has progressed smoothly. The student began with a clear vision and initiated the process by sketching, first concentrating on the overall master plan for the site. Instead of designing a single large structure, a village-like arrangement was chosen, featuring a dispersed composition of low- to mid-rise buildings. This approach creates a more homelike environment and enhances the residents’ sense of belonging. Once the overall composition was established, further development of the plans and sections followed.

Final Outcome

Cloud Home is composed of four clusters, each containing nine buildings. Each cluster functions as a micro-community, with some ground levels elevated to accommodate various communal facilities. Additionally, the rooftops feature spacious open areas designed for community gatherings and activities. Each building contains an average of four residential units, resulting in 32 units per cluster and a minimum total of 132 units across the development.

All buildings are two to three stories high, aligning with the surrounding urban context. Their sizes are carefully considered to reflect the scale of neighboring structures. A minimum spacing of 4 meters, with an average of 4–8 meters between buildings, ensures ample natural light and minimizes overshadowing.

This project emphasizes sustainability, natural ventilation, and community engagement. Buildings feature PV roofs with solar panels, louvered windows, skylights, and shading facades for energy efficiency and comfort.

Circulation towers connect some buildings, while others have independent staircases. Communal spaces, such as tea rooms and living areas, use curtains and façade elements to create a warm atmosphere. A split-level communal attic provides flexible use with added privacy. Lush vegetation is integrated throughout the site, creating a comfortable and natural living environment. Trees line the main roads, helping to reduce noise and enhance privacy.

Key amenities such as a childcare center, small grocery store, café, and exhibition space are strategically positioned along the main road for convenient access by residents and the broader neighborhood. Additionally, an organic vegetable shop allows the Cloud Home community to sell homegrown produce.

Conclusion: Cloud Home highlights the importance of sustainability, natural ventilation, and community-focused design. By integrating energy-efficient features, shared spaces, and green elements, it creates a welcoming and adaptable environment. The thoughtful layout fosters a strong sense of connection, serving as a model for inclusive and sustainable living.

[This Academic Project has been published with text and images submitted by the student]