I am a PhD with a strong background in organic chemistry, polymer science, and material characterisation. I am pursuing my degree in Energy and Advanced Manufacturing at the University of South Australia. My research focuses on commercial high-density polyethylene pipes, specifically the compatibility between the pipe and electrofusion jointing materials. My doctoral research is in collaboration with an industrial partner in the oil and gas sector. During the research, I performed a 16-month aging study on the HDPE samples under different conditions. My research aimed to characterise the degradation process of the samples at different aging states and assess the pipe material's performance based on the findings. I also reported the research progress and findings directly to our industrial partner (end-user) to better understand the pipe material under certain conditions. My research experience has enabled me to bridge the gap between academic skills and industrial demands, fostering continual learning and growth.I also had the opportunity to complete an honours research project in the conducting polymers field. The main goal of this research was to improve the synthetic process for a conducting polymer called PEDOT. During the project, I gained experience operating a novel synthesis technique known as vapour phase polymerisation, fabricating thin polymer films on a substrate. The research primarily focused on examining how different dopant solutions affected the structural integrity and electrical conductivity of these films.