What are your main responsibilities or activities in your current position?
I'm responsible for utilizing Solid Cast software to simulate and predict casting defects such as shrinkage and hot tears, and I employ SolidWorks for designing feeders. I oversee quality assurance, performing necessary repairs to ensure defect-free castings, and collaborate with materials, molding, core making and final inspection teams to ensure a seamless production process.
How does your current work relate to your graduate degree?
In my current role as a Method Engineer at Highland Foundry Ltd, I directly apply several core skills and knowledge areas developed during my MASc in Materials Engineering at UBC. During my graduate studies, I gained expertise in metallurgical processes, mechanical testing, and materials characterization techniques such as SEM, XRD and EBSD, which are essential for assessing material properties in an industrial setting. My master’s research project, which investigated aluminum alloys in collaboration with Ford, provided practical experience in problem-solving and cross-functional teamwork, critical to my role’s demands for collaboration across different production teams. My TA experience also sharpened my communication skills, crucial for coordinating with diverse stakeholders, including customers, to ensure that technical requirements and quality standards are met.
What motivated you to pursue graduate work at UBC?
I chose UBC for my graduate studies due to its reputation as a global leader in Materials Engineering research and education. UBC’s focus on metallurgical processes and advanced structural materials aligned perfectly with my interests, and I was particularly drawn to the opportunity to work on projects with industry connections, like my research collaboration with Ford and Aluminum Rio Tinto. Additionally, UBC’s location in Vancouver provided a diverse and innovative environment that has enriched both my academic journey and my professional network.
How did the graduate degree at UBC help you achieve your career and/or personal development goals?:
Academically, the program deepened my expertise in materials engineering and enhanced my technical skills in areas like materials characterization and mechanical testing. Professionally, working in Dr. Warren Poole's lab has been invaluable, as it provided consistent support and facilitated connections with industry professionals. This exposure allowed me to gain insights into real-world applications of research, strengthening my ability to tackle industry challenges and establishing a network that continues to benefit my career today.
What key things did you do, or what attitudes or approaches did you have, that contributed to your success?
I’ve always believed in the importance of hard work, consistency and determination, which helped me stay focused on my goals even when research challenges arose. I approached every project with a positive mindset, seeing each task as an opportunity to learn and grow. I also made it a priority to give my best effort in all my responsibilities, whether in the lab, collaborating with team members or supporting students as a TA.
What is your best piece of advice for current graduate students preparing for their future careers?
Stay curious, build a strong network and embrace challenges — they’re all stepping stones to growth and opportunity.
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