S&P Global Commodity Insights
LeadDataScientistStochasticModeling
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“Lead Data Scientist Stochastic Modeling at S&P Global Commodity Insights. Skills: Stochastic modeling, Machine learning, Cloud platforms, Probabilistic modeling. Lead model design, development, validation. Solve complex real-world problems”
What You'll Achieve.
uncertainty quantification; risk analysis; scenario simulation; production deployment; scalable architecture; reproducible workflows; seamless transition from research to production; robust, efficient, and maintainable solutions
Industry & Context.
Solving complex, cross-disciplinary problems; Translate ambiguity into structured, practical solutions; problem-solving mindset
indefinite right to work within Canada
What They're Looking For.
Must Have
Advanced degree (MSc or PhD preferred) in a highly quantitative discipline such as Statistics, Mathematics, Computer Science, Physics, Engineering, or Operations Research, experience in stochastic modeling, optimization, or statistical inference, Deep expertise in probabilistic modeling, uncertainty quantification, Monte Carlo methods, and modern machine learning techniques, programming skills in Python (and/or R), experience with scientific computing libraries that are similar to NumPy, pandas, SciPy, scikit-learn, experience with modern ML frameworks that are similar to PyTorch or TensorFlow, Experience building scalable, production-oriented solutions using cloud platforms that are similar to AWS, GCP, or Azure, containerization tools, collaborative development workflows that are similar to Git, CI/CD, problem-solving mindset, ability to quickly understand new domains, translate ambiguity into structured, actionable solutions, Clear and effective communicator, explaining complex technical concepts to both technical and non-technical stakeholders, High level of ownership and accountability, ability to move independently from concept through validation and deployment, Collaborative team player, contributes to a culture of rigor, curiosity, continuous learning, and mentorship
Nice to Have
Experience with quantum computing applications, including quantum machine learning or quantum optimization methodologies, Familiarity with generative AI, synthetic data generation, and advanced simulation techniques for complex system modeling, Domain knowledge in energy markets, commodity analytics, or related industrial sectors, Demonstrated record of research impact, such as publications in peer-reviewed journals or presentations at leading academic or industry conferences, Experience working with large-scale data ecosystems that are similar to Spark, Hadoop, understanding of data governance, privacy, and security best practices
What You'll Do.
Solve complex real-world problems
Translate business challenges into analytical frameworks
Rapidly prototype solutions
production-ready tools
Conduct applied research
Integrate statistical techniques with ML frameworks
Collaborate with software engineers
Leverage cloud platforms
Communicate complex technical insights
Mentor junior team members
How You'll Work.
Team & Collaboration
Collaborate closely with software engineers, domain experts, and deployment teams; Collaborative team player
Communication Scope
Clear communication; Communicate complex technical insights clearly to diverse stakeholders; Clear and effective communicator
Process & Methodology
Ownership throughout the project lifecycle, move independently from concept through validation and deployment
Full Job Description
# **About the Role:** **Grade Level (for internal use):** 12 **S &P Global Commodity Insights ** **The role: Lead Data Scientist Stochastic Modeling** **The Team:** The team is a highly analytical and solution-oriented group focused on solving complex, cross-disciplinary problems using machine learning, physics-based modeling, optimization, and data/UI engineering. We translate ambiguity into structured, practical solutions and move efficiently from concept through validated prototype to production deployment. We value intellectual curiosity, rigorous thinking, clear communication, rapid domain learning, and strong ownership throughout the project lifecycle. **Responsibilities and Impact:** * Lead the design, development, and validation of stochastic, physics-based, and optimization models to solve complex real-world problems in the energy sector, with strong focus on uncertainty quantification, risk analysis, and scenario simulation. * Translate ambiguous business challenges into structured analytical frameworks, rapidly prototype solutions (machine learning models, optimization engines, interactive dashboards), and deliver validated, production-ready tools. * Conduct applied research to advance modeling methodologies, integrating advanced statistical techniques (e.g., Bayesian inference, Monte Carlo simulation, Markov and Gaussian processes) with modern machine learning frameworks. * Collaborate closely with software engineers, domain experts, and deployment teams to ensure scalable architecture, reproducible workflows, and seamless transition from research to production. * Leverage cloud platforms (AWS, GCP, Azure), data engineering best practices, and emerging technologies including generative AI to build robust, efficient, and maintainable solutions. * Communicate complex technical insights clearly to diverse stakeholders and mentor junior team members, fostering a culture of rigor, curiosity, ownership, and continuous learning. ** _What We’re Looking For:_** *
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