Pedestrian linkages into the precinct are promoted by cascading
steps along the south edge which flows into smaller landscaped
terraces where students can relax or study between lectures.
A new landscaped pathway along the western edge allows
safe and easy access to the bus stops and the parking areas to
the west.
The primary student movement axis from the Chemical
Engineering Building is continued through the precinct and links
students to the southern parts of the campus.
Departments are arranged around a southern-lit atrium
and a prominent east-west break in the building which allows
views to the mountain. The lower atrium and adjacent courtyard
are activated by the Social Learning space on the entrance
level that overlooks the activities in the new Civil Engineering
Laboratories below.
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The exterior finishes include the obligatory university plaster
and Italian clay roof tiles. The perforated aluminum screens
introduce colour to the façades that relate to the ivy that is
prevalent on the campus. Internally, the expression of the
architecture is softer and lighter. Curved off-shutter concrete
balustrades accentuate the atrium that enlarges towards the south
facing skylights.
Shading devices and high-performance glass limit solar heat
gain and glare in the extensive east and west façades whilst
allowing maximum light to the spaces. Energy efficient light
fittings, occupancy detection and light sensors further ensure
efficiency in the lighting system.
Rainwater is collected and used for flushing the WCs whilst
low-flow fittings and water-wise landscaping limit the use of
potable water. Energy modelling and analysis show that the
Engineering Building