Climate Science and Energy-Environmental Economic Modeling

Navigating the complexities of climate change requires a solid grasp of both physical science and economic modeling. This course bridges the gap between climate data, economic policy, and urban planning to help you make informed, sustainable decisions. You will transition from understanding basic climate mechanisms to analyzing how energy systems and economic policies interact. Through clear, written explanations and conceptual exercises, you will learn to evaluate environmental strategies and urban development plans with scientific and economic rigor. What you'll learn: Understand the fundamental scientific principles driving global climate change and greenhouse gas dynamics; Analyze energy-environmental economic models to assess the impact of carbon policies and renewable energy transitions; Explore urban planning frameworks designed to build resilient cities and sustainable local infrastructure; Evaluate modern carbon accounting practices and climate mitigation strategies used by organizations today; Interpret climate data and projection scenarios to inform regional policy and development decisions. The course begins with foundational climate science concepts before moving into economic modeling frameworks and practical urban planning applications. You will progress through structured text-based lessons that connect scientific theory with real-world environmental policy design. This introductory course is designed for aspiring urban planners, policy advocates, environmental students, and anyone interested in sustainable development, with no prior modeling or scientific experience required. Start reading today to build a strong foundation in climate science and environmental economics.