Course Description: Energy Within Environmental Constraints

The course "Energy Within Environmental Constraints" lures students into the complex world of ensuring abundant energy availability while considering environmental impacts and economic feasibility. It focuses on modern energy solutions, emphasizing the real-world application of environmental science, engineering, and economics. Students learn about different energy technologies, associated costs, and environmental implications, cultivating the ability to make informed decisions and accurate estimations about energy policies and technologies.

What Students Will Learn

• Essentials of engineering, environmental science, and economics tied to energy systems.
• Working knowledge of various energy technologies.
• Deep dive into the environmental impacts like air pollution, climate change, and land use.
• Techniques to accurately estimate monetary and environmental costs of energy solutions.

Course Prerequisites

While this course is designed to be accessible to a broad audience, certain prerequisites are recommended for certificate-earners. These include a background in chemistry and physics at the high school level, along with a basic understanding of algebra. These prerequisites support the understanding of more complex topics covered in the course.

Course Coverage

• Overview of current energy systems and technologies
• Cost analysis from energy extraction to end-use
• Environmental impacts of energy use and production
• Comparative analysis of energy sources, including renewables and non-renewables
• Policy-making and economic considerations in energy production

Who This Course Is For

This course welcomes a diverse range of participants, including students, activists, policymakers, business owners, and concerned citizens. It is particularly beneficial for those interested in making informed decisions or contributing to discussions and policies on energy and environmental conservation.

Real-World Application

Knowledge from this course can be applied in various professional and personal contexts. It helps in:

• Evaluating the viability and impact of different energy sources.
• Policy formulation and advocacy in energy management and sustainability.
• Enhancing personal and organizational decisions regarding energy use and investment.
• Contributing to broader societal efforts aimed at reducing environmental footprints.

Course Syllabus

1. Week 1: Introduction to the course.
2. Week 2: Detailed energy overview.
3. Week 3: Techniques for estimating energy costs.
4. Week 4: Exploration of environmental impacts.
5. Week 5: Discussion on fossil fuels.
6. Week 6: Insights into the electric grid system.
7. Week 7: Focused study on solar power.
8. Week 8: Examination of nuclear power.
9. Week 9: Approaches to demand reduction and efficiency improvement.
10. Week 10: Conclusion and course wrap-up.