About
This certificate advances systems-based approaches to sustainable and green infrastructure and building design. Participants examine energy performance, water efficiency, materials selection, lifecycle analysis, and asset management within integrated infrastructure systems. The curriculum integrates performance modeling, sustainability metrics, regulatory alignment, and investment tradeoff analysis. Emphasis is placed on balancing environmental performance with financial feasibility, institutional capacity, and long-term asset optimization. Graduates develop the competence to design and manage infrastructure and building systems that enhance environmental sustainability, operational efficiency, and lifecycle value within public-sector and institutional contexts. Core Learning Outcomes Upon completion, participants will be able to: • Apply systems engineering principles to sustainable infrastructure and building design. • Integrate lifecycle carbon, resource optimization, and resilience metrics into planning decisions. • Evaluate tradeoffs between cost, emissions reduction, and operational performance. • Design retrofitting and modernization strategies aligned with climate objectives. • Develop performance-based sustainability frameworks suitable for public-sector implementation. Schedule (8 Weeks | ~65 Hours) Week 1: Systems Foundations of Sustainable Infrastructure Week 2: Energy–Water–Building Nexus Integration Week 3: Lifecycle Carbon & Resource Optimization Week 4: Climate Adaptation & Resilience Retrofits Week 5: Performance Metrics & Monitoring Systems Week 6: Financing & Policy Integration Week 7: Applied Green Infrastructure Studio Week 8: Capstone Sustainable Infrastructure Strategy Lead Faculty: Sustainability specialists, Systems Engineers, Urban and City Planners, Systems & data Specialists and Practitioners.
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