A chemical engineering researcher with a strong focus on sustainable energy and environmental solutions, I am currently pursuing a Master of Science at the University of Calgary. My primary research investigates the thermochemical conversion of plastic waste using metal-based catalysts, where I successfully increased hydrogen and oil yield by 50%, contributing to circular economy goals. I have extensive experience in reactor design, process optimization, and data analysis, having interpreted over 5,000 data points to assess catalyst performance. As a Mitacs Globalink Research Intern, I enhanced the efficiency of copper-based membranes for electrochemical CO₂ reduction by 25%, presenting my findings at an international seminar. My technical expertise includes AutoCAD, process hazard analysis (HAZOP), and statistical tools such as Minitab and Excel. I have also contributed to air quality assessments and industrial safety reviews, demonstrating a commitment to integrating rigorous engineering principles.