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Our Energy Future

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This course is designed to introduce students to the issues of energy in the 21st century – including food and fuels – which are inseparably linked – and will discuss energy production and utilization from the biology, engineering, economics, climate science, and social science perspectives. This course will cover the current production and utilization of energy, as well as the consequences of this use, examining finite fossil energy reserves, how food and energy are linked, impacts on the environment and climate, and the social and economic impacts of our present energy and food production and use. After the introductory lectures, we will examine the emerging field of sustainable energy, fuel and food production, emphasizing the importance of developing energy efficient and sustainable methods of production, and how these new technologies can contribute to replacing the diminishing supplies of fossil fuels, and reduce the consequences of carbon dioxide release into the environment. This course will also cover the importance of creating a sustainable energy future for all societies including those of the developing world. Lectures will be prepared and delivered by leading UC San Diego and Scripps Institution of Oceanography faculty and industry professionals across these areas of expertise.

Subtitles available in English

45 hours of videos, quizzes and peer reviews

Outline

1. General Course Materials

Course overview materials, including syllabus, lecturer information, grading criteria, and external notices and resources.

2. Introduction to Energy

Introduces the basics of energy, covers finite energy sources like petroleum, looks at how energy and food are related, and examines the scale of current and future energy consumption and what renewable energy options can meet that demand.

3. Physical Energy Sources

Looks at some of the alternative energy options from the physical sciences domain, including wind energy, photovoltaic and photothermal energy, and nuclear energy. It also covers energy storage and electric vehicles, and energy efficiency and smart grid technologies.

4. Introduction to Biological Energy Sources

Provides an overview of the different biological energy sources including plants and algae. It explains what biofuels are, how they are produced, and the pros and cons of different biological sources.

5. Plant Biofuel

Discusses various plant-based fuels including corn ethanol, cellulosic ethanol, and jatropha biodiesel. It will cover the different technologies used, the pros and cons of each source, and current production around the world.

6. Algae Biofuel

Examines different algae used for biofuel production including cyanobacteria, diatoms, and green algae. It looks at how these organisms are different and why they are used to produce biofuels and bio-products. Additionally, the module covers the different tools and technologies used in research and production including bio-prospecting, genetics, synthetic biology, and metabolic engineering.

7. Biofuel Production and Downstream Processing

Covers the chemistry of biodiesel, looks at the different thermochemical processes used to convert biomass to fuel, and examines renewable biogas. It also looks at the production process of algae biofuel, how and why nutrient utilization and recycling is important in biofuel production, and the relationship between biofuel and water.

8. Social Issues, Economics, and Politics

Examines how energy production and use affects the economy, our wellbeing, and our heath. It will also look at how energy impacts the poorest communities, the external costs of traditional energy, and how we can regulate energy and incentivize renewable energy. Additionally, this section identifies what a Life Cyle Assessment is and how it is used with renewable and non-renewable fuels. Lastly, it looks at the United States’ past and present energy policies, and the current state of international policy on climate change.

9. Climate Change

Looks at the history of research on how carbon dioxide causes climate change, the key points of the Intergovernmental Panel on Climate Change’s reporting, and how climate change is portrayed in the media. Also, it discusses the importance of decreasing Short-lived Climate Pollutants (SLCPs) to mitigate climate change and some possible solutions to reduce these pollutants produced by the poorest communities. Additionally, this section looks at how climate change has affected California’s water and energy use, and how climate change threatens global food security.

10. Office Hours

Recordings of live office hours from Dr. Mayfield and other course lecturers.

Speaker/s

Dr. Stephen Mayfield
Professor of Molecular Biology
John Dove Isaacs Chair of Natural Philosophy
University of California, San Diego

Stephen Mayfield is Director of the California Center for Algae Biotechnology (Cal-CAB), Co-director of Food & Fuel for the 21st Century (FF21), and Professor of Molecular Biology at UC San Diego. His research focuses on the molecular genetics of green algae, and recombinant production of therapeutic proteins and biofuel molecules using algae as a production platform. First to achieve transformation of the C. reinhardtii nuclear genome, Steve’s work allowed this algae to become the dominant genetic organisms for studying photosynthesis and gene function. Steve’s lab identified mechanisms of chloroplast gene expression allowing for development of recombinant protein expression in algal chloroplast, and was first to show high levels of recombinant protein expression in algae. He is the principal investigator for the DOE funded Center for Algae Biotechnology Commercialization (CAB-Comm) and CEC funded California Initiative for Large Molecule Sustainable Fuels (CILMSF). Steve was also a scientific founder of Rincon Pharmaceutical, Sapphire Energy and Triton Algae Innovations, and is the head of Sapphire’s Scientific Advisory Board and the Chief Science Officer at Triton.

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