As a postgraduate researcher at The University of Manchester, I am exploring corrosion microstructures in TRISO nuclear fuel by using 4D Scanning Transmission Electron Microscopy (4D STEM) and unsupervised machine learning. This project combines my passion for nanomaterials and my skills in advanced characterization techniques. Previously, I completed my bachelor's degree in chemical engineering from Pandit Deendayal Petroleum University, where I also worked as a student researcher. I synthesized hydrophilic polysulphone membranes for industrial dye effluent treatment, using polymer nanocomposites. I also interned as a project engineer at Aarti Industries Ltd., where I modelled, simulated, and optimized the process of 2,4 DinitroAniline production. Through these experiences, I have developed a strong background in chemical engineering, nanomaterials, and polymer science. I am proficient in graphene and graphene oxide production, composite materials, and transmission electron microscopy. I enjoy applying my knowledge and creativity to solve real-world problems and develop innovative solutions.