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The Teaching and Learning Building at Caulfield Grammar’s Caulfield Campus, designed by DesignInc Melbourne and 3XN, emphasizes wellbeing, comfort and natural seasonal changes. The building integrates biophilic design, natural materials, and innovative features to support education. The design references its context while setting a forward-thinking style for future buildings, using glazed and brick infill curtain panels, with charcoal/bronze perforated fins for solar shading. As Australia’s first 6 Star Green Star and WELL Gold education building, it prioritises sustainability through rainwater and solar harvesting, a smart management system, energy-efficient services, and biophilic elements such as ample daylight, fresh air ventilation, and timber finishes.

Brickslips were selected for the façade of the building for their sustainability benefits and their positive impact on life cycle costs. Sustainability in architecture often focuses on the longevity of materials, the efficiency of maintenance, and the overall reduction of resource use throughout the lifespan of the building. Brickslips offer significant advantages in all of these areas, making them a key choice for reducing the building’s life cycle costs.

Notably, the brickslip rail system panels were constructed as modular cassettes off-site. Brickslips are thin slices of brick that mimic the appearance of full-sized bricks, offering the aesthetic appeal of traditional brickwork while reducing material weight and cost. By constructing the panels off-site using a vertically mechanically fixed rail system with an open joint configuration, the construction team was able to streamline the building process, allowing for higher precision and efficiency. The panels were then transported as complete units and mounted onto the building’s façade.

This approach provides several benefits; it improves efficiency and time saving by allowing the offsite construction of panels to proceed simultaneously with other site works. The method supports improved sustainability by minimizing waste through precise, offsite panel assembly. This reduces time spent on site and accelerates the overall construction schedule.  Consistency and quality control are additionally enhanced, as the panels are built in a controlled environment, ensuring uniformity and high-quality standards with minimal on-site errors. The aesthetic appeal of the building is also strengthened, as the brick slips mounted on the rail system with open joints create a modern and visually engaging facade. The open joints offer flexibility for air circulation, assisting with ventilation and thermal performance, contributing to the building’s overall energy efficiency, as well as contributing to the overall texture and appearance of the building.

In architecture, life cycle cost (LCC) analysis plays a crucial role in evaluating the long-term economic impact of building materials and systems. LCC assesses the total cost of a building over its entire lifespan, considering acquisition, operation, maintenance, and disposal costs. By opting for Brickslips, Design Inc Melbourne have chosen a material that minimizes both maintenance and replacement costs, two major factors in life cycle costs. This decision aligns with a sustainability strategy that aims to reduce the environmental impact and operational costs of the building over time.

In addition to their ease of installation, Brickslips are highly durable and resistant to the elements. They are less prone to weathering, staining, or deterioration over time, which minimizes the need for repairs or replacement. This resilience significantly extends the lifespan of the façade, reducing the frequency and costs of maintenance activities. As a result, the long-term financial and environmental costs associated with maintaining and replacing façade materials are significantly lowered.

Brickslips’ ability to resist weathering and staining enhances the aesthetic appeal of the building while ensuring the façade remains visually appealing with minimal upkeep. Their longevity and low maintenance needs reduce the frequency of interventions, ensuring that the building stays in good condition without incurring additional operational costs over its lifetime.