Quantitative analysis of Canadian crude oil markets, electricity generation, energy infrastructure, and the policy forces shaping the sector's energy transition.
Designed a forward-looking economic analysis assessing how Canadian crude prices respond to net-zero transition scenarios and U.S. policy shifts. Combined API-sourced data, scenario modelling, and advanced visualization to translate complex market dynamics into decision-ready insights for stakeholders evaluating risk, pricing volatility, and long-term competitiveness.
View Project →Developed a data-driven analysis integrating large-scale energy datasets to quantify how pipeline constraints impact crude shipments and provincial royalty revenues. Built an end-to-end analytical workflow in R, combining API-based data pulls with structured transformations and state-of-the-art visualizations to surface bottlenecks and revenue sensitivities in Canada's energy system.
View Project →Constructed a comprehensive analytical framework to evaluate Canada's evolving electricity mix, linking generation sources to emissions outcomes under changing demand conditions. Leveraged large datasets and automated pipelines to produce high-impact visualizations and an R Markdown report, enabling clear interpretation of decarbonization trade-offs for energy policy and market analysis.
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