1. Course Introduction Text

Course Title: Energy and the Environment

Subtitle: Understanding the Environmental Impacts of Energy Systems and the Path to Sustainability

Level: Introductory to Intermediate (Broad audience)

Duration: 6–8 modules (self-paced)

Course Description

Energy production and consumption are at the heart of the world’s most pressing environmental challenges. From greenhouse gas emissions and climate change to groundwater contamination and air quality degradation, the choices we make about energy sources have profound consequences for ecosystems, public health, and the global economy.

This course provides a comprehensive exploration of the relationship between energy systems and environmental outcomes. You will examine fossil fuels, nuclear energy, and renewable sources through the lens of their environmental footprint—including lifecycle emissions, land use, water consumption, and waste generation. The course also covers the science of climate change, environmental monitoring techniques, environmental impact assessment (EIA), and the regulatory frameworks that govern energy-environment interactions.

What sets this course apart is its grounding in real-world data and field experience. Drawing on case studies from active carbon capture and storage projects, EPA-standard groundwater monitoring protocols, and operational data from Texas energy operations, this course bridges the gap between textbook theory and on-the-ground practice. Whether you are a student, a working professional, or a concerned citizen, this course gives you the scientific foundation and practical tools to understand—and contribute to—the energy-environment conversation.

What You Will Learn

• The environmental footprint of major energy sources: fossil fuels, nuclear, solar, wind, hydro, geothermal, and biomass
• Climate change science: greenhouse gas emissions, carbon cycles, and global warming mechanisms
• Environmental monitoring: groundwater quality assessment, air quality measurement, and field sampling protocols
• Environmental Impact Assessment (EIA): methods, regulatory requirements, and practical applications
• Water-energy nexus: how energy production affects water resources and vice versa
• Waste management in energy systems: from coal ash to nuclear waste to battery recycling
• S. and international environmental regulations: EPA standards, Clean Air Act, Paris Agreement, and emerging policy
• Real-world case studies with field data from CCS projects and energy operations in Texas

Who This Course Is For

• Environmental science and engineering students at any level
• Energy professionals seeking to understand environmental compliance and sustainability
• Government and regulatory professionals working on environmental policy
• Sustainability consultants and ESG analysts
• Anyone interested in understanding how energy choices impact the planet

2. Course Outline

Module 1: Energy Systems Overview: Sources, Conversion, and Consumption

Module 2: Climate Change Science and the Carbon Cycle

Module 3: Environmental Impacts of Fossil Fuels and Nuclear Energy

Module 4: Environmental Impacts of Renewable Energy Systems

Module 5: Environmental Monitoring and Field Sampling Techniques

Module 6: Environmental Impact Assessment: Methods and Practice

Module 7: Regulatory Frameworks: U.S. and International Environmental Policy

Module 8: The Path Forward: Sustainable Energy and Emerging Solutions