Leading testing and collaboration of materials that push the boundaries of Additive Manufacturing and changing the definition of high viscosity.

Manage both the Photocentric Chemistry Team and the Photocentric Battery Team and problem solve any issues that arise within the projects. Deliver reports and presentations to high level stakeholders, both internal and external, on a wide subject matter base. Act as a Technical Lead for government funded projects as well as industry funded collaborative projects. Writing project grant applications and develop consortia to fit in with government funded grant calls.Achieved 1 x 10-3… Show more Manage both the Photocentric Chemistry Team and the Photocentric Battery Team and problem solve any issues that arise within the projects. Deliver reports and presentations to high level stakeholders, both internal and external, on a wide subject matter base. Act as a Technical Lead for government funded projects as well as industry funded collaborative projects. Writing project grant applications and develop consortia to fit in with government funded grant calls.Achieved 1 x 10-3 S/cm photo curable electrolyte that didn't require hazardous materials for use in Li ion cells. Successfully took over as Project Lead for an Innovate UK feasibility study and brought to a positive finish.Successfully delivered new resins to Industrial partners looking for bespoke solutions. Always interested in potential collaboration with parties interested in solving an issue that Additive Manufacturing can address. Please get in touch if you are also interested. Show less

Managed the chemistry team to successfully delivery on funded projects (both governmentally funded and industrially funded)within pre-determined time lines. Presenting work accomplished to high level stake holders both within Photocentric and external Industrial partners/prospective customers.

Acted as technical lead within the Chemistry team towards multifaceted projects with both internal and external stakeholders. Advised team members of ways past impasses in projects they were working on.

3D research chemist specialising in visible light and UV stereolithography with a main focus is on both radical and cationic resin systems. Current work includes synthesis and formulation of current and new photocurable 3D resins to work in a myriad of 3D printers both in the Daylight Liquid Crystal range and for 3rd party UV printers. I am are interested in inclusion of additives into our resin system such as hollow glass microspheres, carbon nanotubes, aramid fibres and other… Show more 3D research chemist specialising in visible light and UV stereolithography with a main focus is on both radical and cationic resin systems. Current work includes synthesis and formulation of current and new photocurable 3D resins to work in a myriad of 3D printers both in the Daylight Liquid Crystal range and for 3rd party UV printers. I am are interested in inclusion of additives into our resin system such as hollow glass microspheres, carbon nanotubes, aramid fibres and other traditional or novel plastic additives. We have a wide array of collaborations and are always looking to foster more. Show less

Demonstrating microstereolithography to a diverse audience of prospective students and their parents ensuring that safety requirements are followed. Whilst students undertake the experiment, talking in depth about the use of polymers, the facilities at Warwick and also the possible course and personal experiences of the university.

Research is funded by industry and carried out within Dr. ir Stefan Bon.

Supervised undergraduates undertaking practical experiments within the laboratory, discussing theory and ensuring safety.