Climate Curricular Guides guides pull climate-related courses into thematic lists to provide interested students with suggested courses that can be taken along any course of study. These guides are simply meant to assist students in course selection. There are no requirements for completion.
Courses in the Climate and Energy Guide have been compiled to provide all students interested in energy and climate change with a guide to relevant areas of study. We have included a wide range of courses from different schools and disciplines in order to provide various lenses through which climate change and its implications can be understood. We encourage you to look at courses both within and outside your school or major and encourage you to look at the specific course descriptions as you determine if a course may fit within your course of study.
If you have any questions feel free to contact Climate and Energy Guide lead
Prof. Michael Wysession, Executive Director, The Center For Teaching And Learning and Professor Of Earth and Planetary Sciences
- Each course will vary in the amount of time dedicated to climate and energy — please look at the course description and at our Curriculum Database for guidance.
- Not every listing will directly relate to climate and energy. Some classes may instead develop skills needed to tackling climate change as it relates to energy.
- Some courses may require prerequisites.
- *Capstone courses are noted with an asterisk. Capstone courses often integrate project work. Some projects may be related to Energy. Please check with the instructor.
- **Graduate courses are noted with a double asterisk. Not all graduate courses are open to undergraduates, please check with the instructor.
College of Arts and Sciences
| Anthro 3472 | Global Energy and the American Dream |
| BIOL 1260 | First-Year Seminar: The Secret Lives of Plants |
| BIOL 2950 | Introduction to Environmental Biology |
| BIOL 2960 | Principles of Biology I |
| BIOL 2970 | Principles of Biology II |
| BIOL 3041 | Plant Biology and Genetic Engineering |
| Chem 105 | Introductory General Chemistry I |
| Chem 106 | Introductory General Chemistry II |
| Chem 111A | General Chemistry I |
| Chem 112A | General Chemistry II |
| CHEM 182 | Chemistry for Concerned Citizens: Topics in Energy, the Environment, and More |
| Chem 403 | Chemical Kinetics |
| Chem 426 | Inorganic Electrochemistry and Photochemistry |
| EnSt 101 | Earth’s Future: Causes and Consequences of Global Climate Change |
| EnSt 102 | To Sustainability and Beyond: People, Planet, Prosperity |
| EnSt 105 | Sustainability in Business |
| EnSt 110 | Environmental Issues |
| EnSt 310 | Ecological Economics |
| Enst 315 | Fallout: Analyzing Tests and Narratives of the Nuclear Era |
| EnSt 316 | Beyond the Evidence |
| EnSt 341 | International Energy Politics |
| Enst 347 | Sustainable Cities |
| EnSt 350W | Environmental Issues: Writing |
| EnSt 357 | Environmental Problem Solving |
| EnSt 405 | Sustainability Exchange* |
| EnSt 407 | RESET: Renewable Energy and Decarbonizing the Grid* |
| EnSt 451 | Environmental Policy |
| EnSt 452 | International Climate Negotiation Seminar* |
| EnSt 461 | Introduction to Environmental Law |
| EPSc 141 | First-Year Seminar: Unearthing the Science of Climate Change |
| EPSc 201 | Earth and the Environment |
| EPSc 219 | Energy and the Environment |
| EPSc 308 | Topics in Environmental Sustainability |
| EPSc 386 | The Earth’s Climate System |
| EPSc 486 | Paleoclimatology |
| Hist 3810 | Between Sand and Sea: History, Environment, and Politics in the Arabian Peninsula |
| JINE 3401 | Energy Governance in Israel and the Middle East |
| Physics 171A | Physics and Society |
| Physics 191 | Physics I |
| Physics 192 | Physics II |
| Physics 197 | Physics I |
| Physics 198 | Physics II |
| Physics 411 | Mechanics |
| Physics 421 | Electricity and Magnetism |
| Physics 422 | Electricity and Magnetism II |
| Physics 444 | Energy and Environmental Physics |
| Physics 505 | Classical Electrodynamics I |
| Physics 506 | Classical Electrodynamics II |
| Physics 537 | Kinetics of Materials |
| Pol Sci* 2010 | Introduction to Environmental Policy |
| Pol Sci* 332B | Environmental and Energy Issues |
*Note: The Political Science department occasionally offers special Topics courses about climate change.
McKelvey School of Engineering
| EECE 101 | Introduction to Energy, Environmental and Chemical Engineering |
| EECE 202 | Computational Modeling in Energy, Environmental and Chemical Engineering |
| EECE 210 | Introduction to Environmental Engineering |
| EECE 303 | Transport Phenomena III: Energy Transfer Processes |
| EECE 311 | Green Engineering |
| EECE 314 | Air Quality Engineering with lab |
| EECE 411 | International Experience in Energy, Environment & Chem. Engr. |
| EECE 413 | Energy Conversion and Storage |
| EECE 421 | Advanced Energy Laboratory |
| EECE 425 | Environmental Engineering Laboratory |
| EECE 514 | Atmospheric Science and Climate** |
| EECE 552 | Biomass Energy Systems and Engineering** |
| EECE 590 | Energy and Environmental Economic Decision-Making** |
| EECE 591 | Energy and Buildings** |
| ESE 434 | Solid State Power Circuits and Applications |
| ESE 435 | Electrical Energy Laboratory |
| ESE 437 | Sustainable Energy Systems |
| MEMS 5422 | Solar Energy Thermal Processes** |
| MEMS 5423 | Sustainable Energy Environmental Building Systems** |
| MEMS 5424 | Thermo-Fluid Modeling of Sustainable Energy Systems** |
| MEMS 5426 | Fundamentals of Solar Energy Thermal Processes** |
| MEMS 5705 | Wind Energy Systems** |
| MEMS 598 | Energy Analysis and Design Project** |
Sam Fox School
| ARCH 430A | Special Topics: Solar Decathlon Design Challenge for a Zero-Energy Elementary School (ZEES) |
| ARCH 430B | Special Topics: Design Strategies for Energy Efficiency |
| ARCH 438 | Environmental Systems I |
| ARCH 439 | Environmental Systems II |
| ARCH 462H | Information Modeling for Sustainable Design |
| ARCH 490A | Explore & Contribute: Collaboration between Washington University & Henry Elementary School |