"The design also recognises that younger students are likely to be unfamiliar with their new environment. Sharp corners, indirect paths of travel and obstacles are minimised."
Carpenter says students in each year are placed in a group known as a neighbourhood. This is divided into two smaller learning communities, or clusters, which consist of open learning spaces, classrooms, smaller interview rooms, staff work rooms, storage and amenity areas. All classrooms and open-plan breakout areas are positioned close to the facades to allow maximum penetration of daylight.
"There was a strong focus on passive design to provide an efficient and cost-effective approach to climate control," says the architect. "The main teaching buildings are orientated in a north-south direction, which is perfect for the tropical location, with its extreme heat and monsoon weather."
The main teaching classrooms in the Lower School are air conditioned, but all circulation corridors, stairs and the large breakout areas are naturally ventilated. The central atrium space is fully open and provides access to specialised teaching areas, such as the music room, library and gymnasium, which features low-level displacement air conditioning.
Carpenter says a series of large, ellipsoid louvres on the facades maximise natural light, while minimising solar penetration and glare. The upper louvres are angled to act as light shelves, and the lower louvres angled to provide views to the outdoor play areas.
"Local Singapore architecture and references to the Australian landscape were used to develop a subtle palette of materials," says the architect. "Because of the equatorial location, emphasising light and shade is important to create a depth to the facades."