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Structural engineering lab

Consisting of four major areas of teaching and research, the Structural engineering lab brings together material and large-scale structural testing, durability testing, non-destructive civil evaluation and a mechanical workshop – all under the one roof.

About the lab

Located at our Geelong Waurn Ponds Campus, the state-of-the-art facilities and equipment at the Structural engineering lab support applied and discovery research within structural and mechanical engineering. Throughout your engineering course, you’ll have the opportunity to manufacture and test innovative and hybrid structural elements using emerging construction material, including:

  • hardwood cross-laminated timber (CLT), hardwood-softwood hybrid CLT
  • BFRP (basalt fibre reinforced polymer) – geopolymer composite rebar
  • BFRP-LVL (laminated veneer lumber) composite beam
  • sustainable, durable and high-strength concrete element
  • steel-timber and/or steel-concrete composite elements
  • an innovative connection system.

Pushing the boundaries of material engineering

The nature of our high-tech facilities has attracted numerous innovative industry-based research projects. These projects have covered a broad range of material development, with highlights such as Deakin researchers designing a pedestrian bridge using a new type of reinforced concrete, helping avoid the corrosion problem that occurs in conventional steel reinforced concrete construction. Another Deakin research group tested and analysed the behaviour of newly developed composites and structures to improve their mechanical performance and durability.

Research with us

Teaching applications

Teaching applications

You’ll use the lab for practical learning during your final-year project. Projects use various construction materials such as timber, fibre-reinforced polymer, concrete, geopolymer, steel and aluminium. You’ll be able to observe and analyse the material and structural behaviour of these emerging construction materials.

Research applications

Research applications

Our facilities allow for applied and discovery research that has attracted numerous industry-based research projects. Projects have involved timber engineering, concrete structure, geopolymer concrete, development of innovate structural systems for structural application, and novel hybrid structural systems using multiple construction materials.

Study with us 

When you study engineering at Deakin you get real-world experience via project-oriented design-based learning. You’ll undertake team-based projects and develop solutions to current industry needs, so you can hit the ground running when you graduate.

Lab equipment and technology

The Structural engineering lab is equipped with a range of high-precision technology to help you develop and visualise complex engineering principles and design.

Material and large-scale structural testing

In addition to a suite of imaging devices to help track test data, we’ve got a selection of National Association of Testing Authorities (NATA) certified load frames of varying kN capacity for testing bend and compression limits. Plus, material testing equipment for determining the characteristics of various materials, such as:

  • porosity
  • corrosion resistance
  • x-ray diffraction
  • penetration resistance
  • moisture
  • internal pH,
  • carbonation,
  • sulphate resistance,
  • petrographic analysis,
  • alkali aggregate reactivity and sorptivity.

Non-destructive evaluation of structure and structural dynamics

Throughout your degree you’ll learn how to harness non-destructive structural testing equipment, using oscillation waves and vibrations to test structural integrity using machines such as:

  • NI PXIe-8135 guided wave embedded controllers
  • NI PXIe-5105 Oscilloscopes
  • NI PXI-5412 Arbitrary waveform generators
  • Ultrasonic pre-amplifiers
  • Contact transducers
  • NI cDAQ-9133 Compact Data Acquisition Systems
  • Vibration input modulus NI-9232
  • Uni-, bi- and tri-axial accelerometers
  • Modal hammers
  • Piezocomposite actuators.

You’ll also get to experiment with our wind tunnel testing facilities.

Durability and simulated environment

The lab contains an environmental chamber, used to control moisture, temperature and UV light. Throughout your study, you’ll use this chamber to create simulated environments to put materials to the test through wet-dry cycles and accelerated aging experiments.

Mechanical workshop

In additional to our testing facilities, the lab is also equipped with fabrication equipment. You’ll have the opportunity to make use of both general-purpose workstations and hand tools, as well as complex machinery such as lathes, laser cutters, water jet cutters and 3D printers.

Industry partners

Our partners are valued members of the wider Deakin engineering family, not just our school. Opportunities to partner with us include work-integrated learning and industry-based learning and placements, student projects, commercial research projects and services.

Partner with us

Contact us

If you have further questions about our lab, please get in touch.

Email the School of Engineering