PECVD process development within lean six-sigma environment.Data governance.

Principal contact for ICP- and PECVD process queries.Customer-facing role with marketing & sales to tailor processes to customer specification.Metrology workshop coordination within business units.Ion Beam Etch and DepositionDigital infrastructure innovation.

High-Throughput development of novel materials by combinatorial PVD. Development of composite material libraries by E-beam and K-cell evaporation techniques in UHV. Metallurgy projects, oxides/nitrides from RF atom sources, and sulfides/phosphides from crackers. Project lead for development of photonic materials within the ultra-fine tolerances of HDD recording heads for increased data storage (Seagate technology). Involvement in alloy oxidation/corrosion resistant alloys for a variety of applications and solid-state battery development for wireless sensor networks (Internet of Things).

Novel CVD precursors and processes for coloured, photocatalytic TCO materials.- Synthesis of volatile organometallic compounds for CVD of functional coatings on glass.- Design and development of a AACVD process for low-toxicity, water compatible route to FTO materials.- Synthesis of semiconducting materials in thin-film and bulk form.

Industrial experience with global flat glass manufacturers Pilkington, NSG, who part-funded my Ph.D.- Research and development of novel precursors to photoactive thin films.- CVD of functional TCO materials on float glass.- Analysis of thin-film coatings on glass including SEM, EDX, XRD and ToF-SIMS.- Site visit to an industrial float line.

University Ambassador's Scheme (UAS) teaching sustainable chemistry modules to A-Level students in local schools.- Teaching A-level chemistry modules- Design and application of teaching resources- Science demonstrations to years 7, 8 and 9 students.- Science outreach