Victoria University Sunshine Construction Futures

The new Sunshine Construction Futures (SCF) facility provides a centre of excellence in building and construction training, and a landmark building for Victoria University and the State's west. The building is spread over two-levels of 12,000m2, with a form that expresses the progressive nature of the construction industry - the rapid development of new materials and construction design technologies - encouraging industry partners to engage with the centre and providing students with valuable experience and industry exposure.

Two primary teaching spaces - the trades workshop and general teaching spaces – result in an airside/landside relationship that promotes linkages between practical and theoretical spaces while allowing appropriate environmental separation. The pedagogical programme has been conceived as a range of learning typologies incorporating a technology hub, industry room (theatrette and exhibition space), work-based education centre, flexible learning (collaborative learning pods and breakout) and formal learning (workshop, machine shops and general-purpose classrooms).

The design provides a loose-fit long-life shell that responds to and caters for changing course programmes by maximising flexible spaces and incorporating innovative and sustainable materials. The building was awarded a 6 Star Green Star rating due to its embedded sustainability measures including optimised day lighting through highly insulated facades as well as a mix of passive and active ventilation and temperature control systems, all of which contribute to environmental benefits and provide a state-of-the-art learning environment.

sustainability features

Sunshine Construction Hub is a 6 Star Green Star Education V1 design - with optimum day lighting through highly insulated facades, a mix of passive and active ventilation and temperature control systems that provide an exemplary teaching environment to the future building & construction workforce. 100% outside air ventilation is provided while active mass in-slab hydronic tubes contribute radiant heating and cooling to teaching spaces, and a gabion rock store cooling system tempers fresh air intake to the building. The Night Sky Cooling system uses the large surface area of the roof to cool down water sprayed onto the roof, which is then used to temper the chilled water supply to the active mass cooling system, reducing load on conventional cooling systems and ongoing energy costs for the client. Environmental systems are displayed on screens throughout to allow users to access & interact with building performance data and key sustainability elements are revealed through cross-sectional “peels” of the building fabric in social & circulation spaces with the aim of promoting further conversation between the building users & visitors.