Francesco's interests are in Microfluidics and Soft Matter. For instance, we developed innovative solutions to improve the encapsulation of flowing particles using viscoelastic flows in microfluidic devices, and we also developed microfluidic techniques to evaluate rheological parameters not measurable via conventional techniques.

Francesco has the long-term vision of challenging the status quo by introducing disruptive technologies and methodologies across a broad range of fields. We are exploring new methodologies for the manufacturing of materials, while tackling some fundamental questions in multiphase microfluidic flows. We are also implementing machine learning within microfluidic applications. We are also interested in solving new and exciting problems across the broad spectrum of Soft Matter and polymer physics.

Francesco has several roles across national and international institutions, including Functional Chartered Member of the IChemE, ICP Panel member of the IChemE, Concil Member of the British Society of Rheology, and core member of the Institute of Non-Newotnian Fluid Mechanics.