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B316 Sciences

Set for completion in 2027, B316 Sciences marks a bold new chapter in Curtin University’s scientific impact – designed for hands-on learning, world-class research, and the industries of tomorrow.

  • Purpose-built for leading institutions

B316 will become the new home of the John de Laeter Centre and the WA School of Mines: Minerals, Energy & Chemical Engineering. Their co-location in B316 strengthens Curtin’s leadership in resource technologies and cross-disciplinary research.

Key features

  • World-class laboratories
    B316 will house advanced dry labs and PC2 labs designed to meet international standards, supporting high-quality research and teaching.
  • Multi-modal spaces for collaboration
    Formal labs, informal lounges, and open-plan teaching zones are designed to promote interaction between disciplines and with industry.
  • Hands-on learning at scale
    Dynamic, flexible lab spaces can support over 380 students per session, offering large-scale, skills-based learning opportunities across multiple teaching zones.
  • Designed for precision
    Structural elements protect specialist research equipment from vibration and environmental disturbance, critical for high-sensitivity investigations and analysis.
  • A new gateway to Curtin
    The project creates a major new entry to the campus from the south-east on Hayman Road, improving access and strengthening pedestrian connections across Curtin’s growing campus.

Created in collaboration with end-users

B316 was designed through extensive consultation with researchers, educators and students, ensuring it supports real-world needs well into the future.

Sustainability

  • 6 Star Green Star
    B316 is progressing towards a 6 Star Green Star rating from the Green Building Council of Australia – reflecting Curtin’s commitment to sustainable development and aligning with its broader 6 Star Green Star Communities status.
  • Powered by the sun
    Approximately 850kW of solar capacity enables B316 to operate largely self-sufficiently from renewable energy.
  • Energy-conscious design
    B316 reflects best practice in environmentally conscious design – from reducing light pollution, potable water use and the urban heat island effect, to using low-impact materials and embedding systems that support waste reduction and recycling throughout construction and operation.
  • Preserving the surrounding environment
    A significant portion of the existing green belt and canopy has been retained, with landscaping approaches focused on maintaining and enhancing biodiversity across the site and its surrounds.
  • Built to last, built for impact
    B316’s flexible layout supports evolving teaching, research and operational needs – helping extend the building’s lifespan and reduce the need for major future upgrades.

A visible commitment to science and innovation

With its ‘science on display’ design philosophy, B316 invites the community to witness discovery in action – breaking down walls between research, learning and engagement.

A place for helpers, healers and discoverers

B316 brings together students and researchers across Science & Engineering and Health Sciences, fostering interdisciplinary collaboration and cross-pollination of ideas.