Smart Building Industry Awards

What was the conceptual framework of the project?

The project showcases the practice of prefabrication and smart building through the innovative design and construction of the Modular Pod bases. As a design and build project, these pods were specifically engineered for emergency situations, incorporating smart building methods from the outset. The pods were designed to withstand multiple deployments across Australia, featuring thick skid plates and retractable lifting points for easy transport and installation.

The prefabrication process allowed for high precision and quality control, as construction occurred in a factory setting free from weather-related delays and site-specific challenges. This controlled environment ensured consistency in construction quality and adherence to strict timelines.

Additionally, the volumetric project incorporated high energy efficiency measures. The pods included 200mm thick insulated roof panels that exceeded standard requirements, and 140mm wide insulated wall panels. Large windows were strategically placed to capture the northern aspect, enhancing natural light and reducing energy consumption.

The use of smart building techniques was also evident in the integration of durable materials and flexible design elements, allowing the pods to meet immediate needs while ensuring long-term utility and sustainability. Overall, the project highlighted the advantages of prefabrication and smart building, including rapid construction, enhanced durability, operational flexibility, and high energy efficiency, setting a benchmark for future modular construction endeavours.

What is the demonstrable community benefit of the scheme and how does the design enhance or extend this benefit?

The project provides significant community benefits through the creation of reusable modular homes that can be swiftly deployed and relocated as needed. These volumetric homes are initially used to aid flood relief victims who had lost their homes and had nowhere to go, offering a rapid housing solution to meet urgent needs.

Wild Modular's design enables fast construction and installation, allowing the government to respond quickly to emergency situations. The robust design, featuring the strong structural steel frame, ensures the durability and longevity of the homes, allowing them to withstand multiple relocations across Australia. This adaptability ensures that the homes can be repurposed for different emergency situations, maximising their utility and extending their lifespan.

The design is not only functional but also aesthetically pleasing, with a simple, modern, and elegant appearance that remains relevant over time. This thoughtful design ensures that the homes blend seamlessly into various environments, enhancing the living experience for occupants and maintaining a high standard of community housing.

Overall, the project showcases the benefits of prefabrication and smart building, providing a sustainable and efficient solution to emergency housing needs, while also promoting community resilience and support during crises.

How does the project showcase the practice of prefabrication/smart building?

The project showcases the practice of prefabrication and smart building through the innovative design and construction of the Modular Pod bases. As a design and build project, these pods were specifically engineered for emergency situations, incorporating smart building methods from the outset. The pods were designed to withstand multiple deployments across Australia, featuring engineered skid plates and retractable lifting points for easy transport and installation.

Overall, the project highlighted the advantages of prefabrication and smart building, including rapid construction (factory build), enhanced durability, minimal wastage, operational flexibility, and high energy efficiency, setting a benchmark for future modular construction endeavours.