Projects

Mutualistic microbes: engineering functional, multi-organism communities
Understanding how micro-organisms live in complex communities in the environment provides unique advantages in bioproduction research.

Accelerating carbon biomineralisation in seawater to reduce atmospheric carbon dioxide
Mimicking natural processes to speed-up carbon capture.

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

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

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

AI-designed components for improved bioreactor efficiency and scalability
Currently, large bioreactors are energy intensive to run. Our team is researching AI designed static mixers to enhance bioreactor efficiency.

Reassessing risk in decision-making on engineering biology
Engineering biology can help us in reassessing risk and its relationship to opportunity and responsibility.

A circular bio-economy system for equitable access and benefit-sharing
Complex but necessary: how we transform decision-making to deliver more equitable benefits from Australian bio-innovation.

The role of law in ensuring effective technical standards in engineering biology
Technical standards in engineering biology will help accelerate innovation - but IP and proprietary regimes may impact their effectiveness.

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