Certificate in Modeling and Optimization of Integrated Infrastructure Systems

This advanced certificate develops quantitative modeling and optimization capabilities for integrated infrastructure systems. Participants learn to construct mathematical and simulation-based models that capture interdependencies across energy, water, transportation, and public facilities. The curriculum integrates multi-objective optimization, performance metrics, resource allocation modeling, and scenario evaluation. Emphasis is placed on cost-efficiency, system performance improvement, and decision-support applications in public-sector contexts. Graduates develop the analytical capacity to evaluate infrastructure investment alternatives, identify operational efficiencies, and support evidence-based planning across interconnected infrastructure portfolios. Core Learning Outcomes Upon successful completion, participants will be able to: • Formulate mathematical optimization models for infrastructure systems. • Define objective functions incorporating cost, resilience, and emissions. • Apply multi-objective optimization techniques. • Evaluate interdependent infrastructure tradeoffs under constraints. • Produce optimization-based infrastructure investment strategies. Schedule (8 Weeks | ~75 Hours) Week 1: Infrastructure Systems Modeling Foundations Week 2: Objective Functions & Constraints Week 3: Linear & Nonlinear Optimization Methods Week 4: Multi-Objective Optimization & Tradeoffs Week 5: Infrastructure Interdependencies Modeling Week 6: Scenario Analysis & Sensitivity Testing Week 7: Applied Optimization Lab Week 8: Capstone Integrated Infrastructure Optimization Model. Lead Faculty: Infrastructure systems engineer or optimization specialist. Practice Fellow: Utility systems analyst or infrastructure portfolio manager.