Jonathan Radcliffe Email & Phone Number

England, United Kingdom

Subject matter expert for battery and battery materials. Work focused on front end studies and providing support to execution projects.

Co-developed a python library to ingest battery analyser raw file (text, csv, excel, maccor, neware) and output as a cleaned test method data frame with complimenting visualisations. Exploration and evaluation of conventional and sustainable graphite material production methods. Active anode material down-selection, feeding cell development programmes. SLP and MLP data wrangling, visualisation and analysis using Python and JMP.Exploration and evaluation of LFP production methods.

Billingham, England, United Kingdom

Provided technical customer support for EMEA region, translating customer feedback into development projects for scalable new products customer using DOE methodology. Coprecipitation and characterisation of metal hydroxide precursors for elemental analysis, particle size distribution, poured/tap density, surface area and particle morphology. Solid state synthesis and surface modification of polycrystal and single crystal LNO and NCA. Use of advanced characterisation to compliment half-cell and SLP full cell electrochemical evaluation, to draw structure-property relationships and to inform the direction of cathode active material development. Project and line management responsibility for multiple scientists across two sites. Ensured safe systems of work with SOPs, COSHH and risk assessment. New idea-system administrator, competitor patent review responsibility, and record of invention recording for IP portfolio management. Technology lead for high value laboratory capital project on Billingham site in design and HAZOP.Application development for LFP and LNMO.

Development of NOx storage/reduction formulations for light duty diesel exhaust after-treatment systems. Design scalable products tailored to OEM systems or to meet / exceed future legislation targets.Led a team of seven chemists and technicians to develop NOx storage / conversion catalysts for diesel exhaust after-treatment systems, meeting / exceeding legislation targets

Development of filter coating formulations for light duty diesel exhaust after-treatment systems. Design scalable products tailored to OEM systems or to meet / exceed future legislation targets.

Teaching general chemistry to undergraduates.

Synthesis and characterization of semiconducting block copolymers for use in organic electronic applications.

Product development of epoxy polymer powder coatings

Mechanistic studies into into organometallic transformations of olefins to aziridines.Optimized a procedure for the biomolecular catalysis of gold nanoparticles for mechanistic studies.