My research currently focuses on understanding hydride formation on titanium. Titanium is commonly used for biomedical implants, chemical processing, aerospace, and nuclear power applications. Due to these extreme applications, understanding the corrosion behaviour of titanium is vital to ensure the safety of the environment and human life. The interaction between hydrogen and titanium is extremely critical, as various processes involving hydrogen can lead to material failure. One of the ways these two elements interact is by forming hydride phases (TiHx). Titanium hydride formation can often be detrimental to material integrity; however, it has also been shown to be beneficial in certain scenarios. The factors and mechanisms that govern hydride formation on titanium are poorly understood. My research will provide new insights into this area, which can ultimately increase the performance and lifetime of titanium. My future work may focus on hydride formation on various other metals.
I am currently the President of the Electrochemical Society (ECS) Student Chapter here at Western University. When I’m not in the lab, I enjoy spending time with friends and family, watching or playing soccer, and travelling. I also regularly go on portage trips in northern Ontario, most recently a two-week trip to Woodland Caribou Provincial Park.