I’m a research student working to better understand the processes at high temperatures. My Ph.D. research topic is focused on developing a mathematical model for understanding heat transfer aspects in the oxygen steelmaking process. The expertise includes mathematical formulation, development of code, proven ability to find technical solutions and effectively communicate complex problems in a simple and entertaining manner. I enjoy generating new ideas and devising feasible solutions to broadly relevant problems specialized in Fluid and Thermal Science. My passion for academics has always been expressed through interacting with the student community either by lecturing or as a project supervisor. My colleagues would describe me as a self-driven, resourceful individual who has a large curiosity to learn new things. My research interest include Fluid and Thermal engineering, Renewable energy, Energy storage techniques, Steel Making, and Sustainable technologies.