Materials and colours transition subtly through the building, signaling a shift from public to private spaces. The result is a seamless flow of spaces, creating a connection between architecture, interiors and activities.
Materials are robust, durable and locally sourced so elements can be easily replaced when necessary. Polished concrete on the ground floor extends from inside to outside, creating a sense of continuity. Natural timbers add warmth and create an inviting atmosphere, while concrete and steel elements reflect the building’ s exterior architectural language.
Applying adaptive reuse principles, the project repurposes existing spaces which significantly reduced the environmental impact. These spaces can be configured and adapted as needs change,
improving the long-term sustainability of the building. Natural ventilation stacks maximise air flow and reduce reliance on mechanical cooling systems. Solar-fitted heat pumps provide energyefficient heating and cooling. Tall windows with angled reveals control glare and optimise natural light to reduce reliance on artificial lighting, and acoustic panels reduce noise levels, especially in common areas. The building envelope design through its thermal mass helps to maintain comfortable temperatures, minimising energy use. These sustainable elements reduce the building’ s operational energy demand and create a healthier, more comfortable learning environment. Importantly, they serve as a practical teaching tool, demonstrating sustainable practices to the students every day.
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