Titled - The sustainability of Bubble Lattices in Irradiated MaterialsConducted four-year scientific campaign, helping to establish and validate novel techniques for radiation damage investigations.Performed in-depth materials analysis and determination of mechanistic properties of materials under irradiation, contributing to establishment of in-situ implantation of materials as a new method of radiation damage investigation.Successfully collaborated internationally with other researchers from both scientific and commercial institutions at the cutting edge of materials science and technology.Skills developed: high quality data analysis, presentation of technical information, scientific writing, TEM and SEM microscopy, ion beam milling, radiation damage, and a range of materials science analysis methods and performance evaluation techniques.

World leaders in liquid repellent nanotechnology. Use a patented pulsed plasma process to produce an ultrathin water repellent layer for applications in the electronics, filtration, lifestyle and life science industries.Spearheaded and managed scientific projects from inception to implementation in large scale international production facilities in countries such as China and Brazil.Pioneered key project leading to increased effectiveness of the water repellent nano-coating process in humid climates, which led to cutting product characterisation and process times.Interacted directly with customers to provide technical information and to diagnose issues, adapting to new ideas and technologies quickly and effectively.

World leaders in liquid repellent nanotechnology. Use a patented pulsed plasma process to produce an ultrathin water repellent layer for applications in the electronics, filtration, lifestyle and life science industries.Developed a deep technical understanding of the product and its underlying innovative plasma deposition technology.Worked extensively in both the sales and production elements of the electronics, lifestyles, and filtration businesses.