Research Areas

Leveraging advancements in artifical intelligence to control and gain insights into biological processes.

Creating specialised nanoscale tools for biological applications.

Analysis of large-scale biological datasets to gain insights into underlying mechanisms.

Engineering functional constructs for applications including regenerative medicine.

Application of control engineering to hardware and biological systems to create robust and tuneable behaviours.

Harnessing the power of evolution to engineer novel bacterial genes and strains.

Partnership and Commercialisation towards realising the benefits of our Research

Building gene circuits for novel control and functionality of biological organisms.

Mathematical modelling to predict and design the behaviour of living systems.

Re-wiring and optimising natural biochemical processes within cells.

Controlling interactions between microbes for applications in bio-manufacturing.

Directing the flow of liquids through microscopics channels, for tight control over microbial environments.

State of the art microscopy setups to observe and probe biological specimens.

Design and modification of proteins for novel applications.

Aligning research and innovation with with societal values and needs

Robotics to automate lab processes.

Big-picture analysis of biological systems and how their components interact.