Materials characterization scientidt with deep SME expertise in particle characterization, and gas sorption. I excel in adapting and innovating across diverse industries, with experiences spanning pharma, soft matter, and battery technologies. I’m passionate about applying my knowledge to drive breakthroughs in areas like sustainable and novel materials. My problem-solving approach, rooted in both technical depth and cross-disciplinary thinking, positions me to tackle complex challenges and lead innovation in cutting-edge fields.My extensive expertise in surface science, particle characterization, and advanced materials analysis in part derives from my technical proficiency covering a wide range of characterization techniques and theories, including Resistive Pulse Sensing (RPS/Nanopore sensing), Dynamic Light Scattering (DLS), Light Diffraction particle sizing, and Solid-liquid interface zeta potential measurement. This allows me a greater understanding of structure-function relationships in materials.In my current role as a Material Scientist contractor at Haleon, I have expanded my technical repertoire to include rheology, Scanning Electron Microscopy (SEM), and Thermogravimetric Analysis (TGA) and DSC (differential scanning calorimetry). These skills enhance my ability to understand and characterize materials from a molecular to macroscopic level, enabling me to address complex challenges in the manufacturing of consumer healthcare products. My role at Haleon transcends traditional quality control, leveraging a diverse array of techniques to analyze powder, liquid, and semi-solid materials, driving the development of advanced analytical methodologies. I provide strategic insights that work to guide global manufacturing processes and product enhancements. My work ensures robust problem-solving capabilities and supports continuous improvement initiatives across Haleon’s worldwide operations.I actively collaborate with internal teams, providing education, technical support, and innovative solutions to enhance product formulations and manufacturing processes. My background in both academic research and industry allows me to quickly adapt and apply new technologies to solve practical problems, making significant contributions to the fields of material science and product quality improvement.