Kardinia International College
As part of the master plan for modernizing and upgrading Kardinia International College and their Junior School facilities Argall has teamed up with Croxon Ramsey to engineer the design. The plan includes new learning centers, a gymnasium, administration, and landscaped outdoor spaces. With a staged construction approach, the school can continue operations while securing support and funding for the project, involving new buildings, demolitions, and services upgrades.
The project comprised two large single-story structures of relatively equal size. These structures were predominantly constructed using structural steel frames supported by stiffened raft slabs. The steel frames were intricately designed to accommodate large, open-span areas, providing flexibility for future use by the school. To allow natural light to illuminate the expansive spaces, the roof structure was crafted with openings strategically placed throughout.
Photos courtesy of Plan Group.
Architect:
Year:
Construction Budget:
Challenges:
Croxon Ramsey
2019
$12.5m
The sloping site offered stunning views of the city and bay, but it also posed various challenges during construction. Placing the buildings at optimal levels was important to minimise rock excavation and manage retention and access within the sloping landscape. Additionally, consideration was required for the staging of demolition works and ongoing occupation during the construction of the two structures, with potential impacts on the in-service design.
Architect:
Croxon Ramsey
Year:
2019
Construction Budget:
$12.5m
Challenges:
The sloping site offered stunning views of the city and bay, but it also posed various challenges during construction. Placing the buildings at optimal levels was important to minimise rock excavation and manage retention and access within the sloping landscape. Additionally, consideration was required for the staging of demolition works and ongoing occupation during the construction of the two structures, with potential impacts on the in-service design.