The Jenny Graves Building, traditionally used for science labs and student services, underwent an ambitious overhaul to meet the dynamic needs of its users by integrating modern technology and design. This project was supported by the Victorian Government through the Victorian Higher Education State Investment Fund (VHESIF).
The project split into several focused areas, began with a thorough demolition phase, clearing out certain floors to a basic shell.
A highlight of the refurbishment is the Digital Innovation Hub, equipped with the latest technology to promote creativity and digital exploration.
To increase the building’s resilience, earthquake bracing was added to the north and south ends of the building, enhancing safety against seismic activities.
The project also saw significant utility upgrades, including new Main Switchboard Sections, chillers, and generators, modernising the infrastructure to support the building’s revamped functions.
Accessibility improvements were made with a new lift and stairs in the Jenny Graves Building, enhancing access for La Trobe University students, staff, researchers and collaborators. The exterior transformation includes a chevron-typeglass façade, increasing natural light and providing stunning views, contributing to a bright and inviting atmosphere.
Faced with challenges stemming from incomplete designs in certain aspects of the project, INTREC leveraged these opportunities to introduce design innovations that not only facilitated the construction process but also enhanced the functionality and experience for the end-users.
This comprehensive fitout project not only repurposes the Jenny Graves Building but also positions it as a modern hub for innovation, research, and collaboration, marking a significant shift from its traditional academic role to a forward-thinking facility.
This project integrated energy efficiency, aligning with the University’s broader systems and net-zero objectives. These enhancements included a double-glazed windows, a new mechanical system, LED lighting, and the upgrade of the neutralisation tank in the basement. The hot water system was upgraded to a loop system. Materials from the breakout on Level 2 were reused and installed on Level 1. Additionally, insulation within the roof space was upgraded.
