project, contributing practical research alongside reporting and dissemination. This job is part of an Advanced Research + Invention Agency-funded project, subject to contract negotiations.

This role will use protein-mediated assembly methods to control and direct monolith growth in functional oxide materials, with a focus on generalised methods which control protein microstructure. This will be supported by a full suite of standard characterisation techniques to understand the chemical, physical and functional properties of the materials made, and work closely with the synthesis aspect of the work. Other parts of the project will provide advanced characterisation and modelling to boost the mechanistic understanding of our systems.

project, contributing practical research alongside reporting and dissemination. This job is part of an Advanced Research + Invention Agency-funded project, subject to contract negotiations.

This role will use protein-mediated assembly methods to control and direct monolith growth in functional oxide materials, with a focus on generalised methods which control protein microstructure. This will be supported by a full suite of standard characterisation techniques to understand the chemical, physical and functional properties of the materials made, and work closely with the synthesis aspect of the work. Other parts of the project will provide advanced characterisation and modelling to boost the mechanistic understanding of our systems.