Co-funded by AEB and CarbonLock FSPs, this project looks at mimicking natural processes to speed-up carbon capture.
High-throughput and automated biosensor design using artificial intelligence and machine learning.
Enabling self-degrading plastics and recycling by engineering bio-plastic degrading enzymes.
Microalgae have the potential to provide efficient, environmentally friendly bioproduction processes. Can they help solve plastic pollution?
A platform for functional prediction and validation of undiscovered secondary metabolites in Actinobacteria.
Creating new advanced engineering biology platforms to enhance protein production in yeast.
Complex but necessary: how we transform decision-making to deliver more equitable benefits from Australian bio-innovation.
Technical standards in engineering biology will help accelerate innovation – but IP and proprietary regimes may impact their effectiveness.
Understanding public, industry and regulator perceptions of emerging biotechnologies to facilitate their uptake by society.
Entering into cross-cultural dialogue with Indigenous Australians about novel biotechnologies.
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.
What institutional aspects need to be considered when introducing advanced bioengineering solutions in agriculture?
Informing decision making for algae-based processes through a technoeconomic framework.
