Projects

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.

Applying Indigenous Australian biocultural knowledge and values in synthetic biology 

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

A white, organic, hard-looking lattice formed over a dark, rock-like surface against a black background.

Accelerating carbon biomineralisation in seawater to help reduce atmospheric carbon dioxide

Co-funded by AEB and CarbonLock FSPs, this project looks at mimicking natural processes to speed-up carbon capture.

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.

Understanding health choices around novel biotechnologies

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

Using neural networks to design biosensors

High-throughput and automated biosensor design using artificial intelligence and machine learning.

Predicting bioactive molecules for plant health and agricultural applications

A platform for functional prediction and validation of undiscovered secondary metabolites in Actinobacteria.

Economic opportunities for advanced engineering biology solutions in a net zero emission future

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

Leveraging yeast as a platform for enhanced protein production

Creating new advanced engineering biology platforms to enhance protein production in yeast.

Institutional dimensions of deploying advanced bioengineering solutions in agriculture

What institutional aspects need to be considered when introducing advanced bioengineering solutions in agriculture?

Helping the bioplastic industry navigate the use of microalgae

Informing decision making for algae-based processes through a technoeconomic framework.

A pile of plastic bottles with an illustration of an enzymatic process underway.

Engineering bioplastic-degrading enzymes

Enabling self-degrading plastics and recycling by engineering bio-plastic degrading enzymes.