Research directions.

Exploring biological and biohybrid systems capable of processing information and performing computation — from cellular networks to engineered biological processors.

Using computation, simulation, and machine learning to model, predict, and understand the dynamics of complex biological systems.

Fundamental research involving DNA, RNA, proteins, molecular structures, and the flow of biological information at the molecular scale.

Exploring the design and engineering of biological systems, biological parts, and programmable cellular behaviour.

Future research spanning tissues, biomaterials, organoids, artificial organs, and the interfaces between engineered and biological systems.

Applying artificial intelligence and machine learning methods to biomedical discovery, diagnostics, drug design, and life-science research.