The building is conceptualised as a multilayered pavilion allowing for maximum spatial flexibility while capturing the notion of science in academia . The main spatial components include the planetarium Dome which creates the main focal and formal element within the composition . This is placed off-axis on plan as a datum within the double-volume foyer , in turn inviting visitors on a journey prior to entering the Dome and further allowing them to experience the building in a 3-dimensional manner .
Lecture venues and auxiliary spaces complement the main exhibition area . The dome structure itself is a composite layer of steel and concrete with a specialised digital installation within . The complex design of the dome was specified by the overseas installers of the digital installation and there was close consultation between the architects , installers , engineers and contractor to ensure the precise specifications and minimal tolerances were achieved . The interior of the building has been designed to easily adapt according to the multi-purpose requirements of the space .
Visitors approach the main entrance to the building up a series of planted stepped terraces , which serve as both the access point as well as an interactive space that facilitates social gathering and interactivity with the building . The entrance also becomes part of the public
space of the campus , inviting passing students to gather . Before entering the building , a series of raised , interactive skylights built at differing heights and angles offer the visitor diverse views inside the building . As the building will often be used at night , careful consideration was given to how the building was lit . External linear lighting is wrapped around the edges and terraces of the building , highlighting its angles and planes ,
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