Energy and the Environment Specialization

The specialization prepares students to help lead in developing a more equitable, efficient, and cleaner energy future.

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    Graduates of the Energy Specialization will be prepared to work in a variety of areas, including, but not limited to, private sector energy firms, energy consultancies and renewable energy start-ups, energy service companies, international financial institutions and development agencies, government agencies, and environmental think-tanks.

    Note that a capstone course used to fulfill the MEM capstone requirement cannot also be used toward fulfilling an MEM Specialization requirement; a capstone course taken once cannot be used to fulfill multiple requirements. Learn more about YSE capstone courses by visiting the MEM Capstone page.

    • Energy and the Environment

    • Core

      Two required courses.
      Course Name
      Fall 2026
      Spring 2027
      Fall 2027
      Spring 2028
      ENV 800
      Energy Economics and Policy Analysis
      Gillingham
      YSE | Yale
      Gillingham
      YSE | Yale
      ENV 814
      Energy Systems Analysis
      Rao
      YSE | Yale
      Rao
      YSE | Yale
    • Elective

      Students must take at least one course from each of the following three bins:
    • Energy Policy and Governance

      Course Name
      Fall 2026
      Spring 2027
      Fall 2027
      Spring 2028
      ENV 789
      Energy and Development
      Rao
      YSE | Yale
      ENV 816
      Electric Utilities: an Industry in Transition
      Rhodes
      YSE | Yale
      Tentative
      Rhodes
      YSE | Yale
      ENV 824
      Environmental Law and Policy
      Klee
      YSE | Yale
      Klee
      YSE | Yale
      ENV 840
      Climate Change Policy and Perspectives
      Klee
      YSE | Yale
      Klee
      YSE | Yale

      GLBL 230
      Managing the Clean Energy Transition: Contemporary Energy and Climate Change Policy Making

    • Energy Technologies and Industries

      Course Name
      Fall 2026
      Spring 2027
      Fall 2027
      Spring 2028
      ENV 716
      Renewable Energy
      Tentative
      YSE | Yale
      Tentative
      YSE | Yale
      ENV 773
      Air Pollution Control (APC)
      Gentner
      YSE | Yale
      Tentative
      Gentner
      YSE | Yale
      ENV 884
      Industrial Ecology
      Yao
      YSE | Yale
      Yao
      YSE | Yale

      CENG 377
      Water-Energy Nexus

      CHEM 505a
      Alternative Energy

      ECE 4081/8081
      Electrochemical Energy Storage Devices and Engineering (Lecture & Lab)

      ECE 8680
      Emerging Materials and Technologies toward Sustainability

      EENG 406b / ENAS 806b
      Photovoltaic Energy

      ENAS 609
      Nanotechnology for Energy

      ENAS 755
      Electronic and Optical Properties of Energy Materials

      G&G 274a
      Fossil Fuels and Energy Transitions

      HSHM 201
      Sustainable Energy: Physics and History

      MGT 692
      Climate Tech Innovation and Commercialization

    • Quantitative Methods for Energy Analysis

      Course Name
      Fall 2026
      Spring 2027
      Fall 2027
      Spring 2028
      ENV 635
      Renewable Energy Project Finance
      Tentative
      Gross
      YSE | Yale
      Tentative
      Gross
      YSE | Yale
      ENV 730
      Environmental Data Science in R: Introduction to Data Integration and Machine Learning
      Malone
      YSE | Yale
      ENV 758
      Multivariate Data Analysis in the Environmental Sciences
      Reuning-Scherer
      YSE | Yale
      Reuning-Scherer
      YSE | Yale

      ECON 132
      Econometrics and Data Analysis II

      ECON 331
      Economics of Energy and Climate Change

      ECON 333
      Energy and Environmental Economics

      ECON 412
      International Environmental Economics

      ECON 545
      Microeconomics (IDE)

      ECON 558
      Statistics and Econometrics (IDE)

      ECON 550/551
      Econometrics

      MGT 842
      Financing Green Technologies

    • Additional Elective

      Energy Analysis students are required to take one additional course. Students are encouraged to choose this course to develop an expertise in a particular area of study pertaining to energy and the environment. This course can be drawn either from the list above or from the following other energy-related courses at Yale. 
      Note: ENV 612, “Transforming Global Value Chains for Sustainability: The Case of Fashion and Textiles” Can be used as an additional elective if the term project is in Energy. Approval by Prof. Rao is needed. 
      Course Name
      Fall 2026
      Spring 2027
      Fall 2027
      Spring 2028
      ENV 894
      Green Building: Issues and Perspectives
      Kops
      YSE | Yale
      Kops
      YSE | Yale
      ENV 898
      Environment and Human Health
      Bell
      YSE | Yale
      Bell
      YSE | Yale
      ENV 982
      Green Engineering and Sustainable Design
      Zimmerman
      YSE | Yale
      Zimmerman
      YSE | Yale
    • Energy and Society

      Course Name
      Fall 2026
      Spring 2027
      Fall 2027
      Spring 2028
      ENV 820
      Urban Adaptation to Climate Change
      Castro
      YSE | Yale

      AMST 236
      American Energy History

      ANTH 438
      Culture, Power, Oil 2

      APHY 100 
      Energy, Environment, and Public Policy

      EVST 296 
      Chernobyl: A History of Energy and the Environment

    • Energy, Climate, and Health

      Course Name
      Fall 2026
      Spring 2027
      Fall 2027
      Spring 2028
      ENV 898
      Environment and Human Health
      Bell
      YSE | Yale
      Bell
      YSE | Yale
    • Interdisciplinary

      Course Name
      Fall 2026
      Spring 2027
      Fall 2027
      Spring 2028
      ENV 894
      Green Building: Issues and Perspectives
      Kops
      YSE | Yale
      Kops
      YSE | Yale
      ENV 982
      Green Engineering and Sustainable Design
      Zimmerman
      YSE | Yale
      Zimmerman
      YSE | Yale

      ARCH 4254
      The (Built) Environment: environmental design and urban transformation in practice

    LC Energy Illustration

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