Interdisciplinary decision-making

A scientist wearing PPE holds a beaker containing biofuels.

Our research explores how engineering biology can accelerate the transition to a circular economy, with a focus on biofuels.

We are aligning sustainable transitions in biomanufacturing with goals in regional development, circular economy, food security and climate.

A health professional in a clinical setting uses a digital tablet.

As artificial intelligence plays a greater role in engineering biology, our researchers investigate arising equity and access issues.

A woman wearing an aqua shirt and an akubra hat looks out from a field of crops toward a storm in the distance.

Engineering biology can help us in reassessing risk and its relationship to opportunity and responsibility.

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Complex but necessary: how we transform decision-making to deliver more equitable benefits from Australian bio-innovation.

An assortment of different coloured building blocks are jumbled together in a pile.

Technical standards in engineering biology will help accelerate innovation - but IP and proprietary regimes may impact their effectiveness.

Two people hold hands against the backdrop of a lush green field and a pale grey sky.

Understanding public, industry and regulator perceptions of emerging biotechnologies to facilitate their uptake by society.

The sun is setting over a beautiful bay, the light catches a jetty leading out to a small wharf where some small boats are moored. The sky is blue with a few fluffy clouds.

Entering into cross-cultural dialogue with Indigenous Australians about novel biotechnologies.

A person's hand holds a dropper from a bio-reactive COVID-19 test, preparing to release the liquid into the container. The test sits on a textured wooden surface and the test packaging rests in the background.

Decision-making and trade-offs in the adoption of novel personalised health innovations.

Understanding economic opportunities for advanced engineering biology in the transition towards net zero.