Climate Course Descriptions
Climate and Environmental Science Courses
Climate Joint Majors Required Areas
All joint majors in climate will take courses in both Climate Foundations and the Climate Kernel.
Climate Foundations courses prepare students in the mathematics, physics, and chemistry concepts that are essential to further study in this and related fields but do not focus on climate specifically.
Climate Kernel courses are focused on some dimension of climate change, from the physics of our climate system to our HSA area requirement, Climate Contexts.
Climate Foundations Course Requirements
Students completing one of the joint majors in climate are required to satisfy one or more of the following climate foundations area requirements.
These courses serve to ensure foundational skills and knowledge necessary for a wide variety of climate-relevant careers.
The following lists include all regularly offered courses across the Claremont Colleges which satisfy each area requirement. Advisors may provide additional options beyond these lists to satisfy the area requirements. To view the list of courses, click each drop down below.
Thermodynamics
- ENGR082 HM Chemical and Thermal Processes
- PHYS117 HM Statistical Mechanics and Thermodynamics
- CHEM051 HM Physical Chemistry: Thermodynamics and Kinetics
Differential Equations
- MATH082 HM Differential Equations
- MATH102 PZ/PO/SC Differential Equations and Modeling
- MATH111 CMC/SC Ordinary Differential Equations
Computational/numerical methods/scientific computing
- CSCI144 HM/MATH164 HM Scientific Computing
- CHEM080 HM Numerical Methods for the Central Science
- PHYS064 HM Mathematical and Computational Methods for Physicists
- PHYS105 KS Computational Partial Differential Equations
- PHYS170 HM Computational Methods in Physics
- MATH165 HM Numerical Analysis
- MATH177 HM Mathematical Methods in Data Science
- MATH264 CG Scientific Computing
- ENGR176 HM Numerical Methods in Engineering
Probability/statistics
- MATH056 HM Data, Probability, and Statistics for Engineers
- MATH062 HM Introduction to Probability and Statistics
- MATH052 CM/PZ Introduction to Statistics
- MATH057 PO Statistical Thinking
- MATH058 PO Introduction to Biostatistics with Lab
- MATH151 PO Probability
- MATH152 PO Statistical Theory
- PHYS117 HM Statistical Mechanics and Thermodynamics
- BIOL154 HM Biostatistics
Electricity and Magnetism
- PHYS051 HM Electricity and Magnetism
- PHYS034L KS Principles of Physics
Climate Kernel Course Requirements
Students enrolled in one of the joint majors will complete a four course disciplinary kernel that provides them with a first look at climate change across four critical areas:
- Climate Dynamics: the physical science of the climate system,
- Climate Impacts: major impacts to the physical climate system, biological systems, or the built environment related to climate change and our current energy system,
- Climate Interventions: technical interventions to address climate change or adapt to climate impacts, and
- Climate Contexts: social dimensions of climate change.
The following lists include all regularly offered courses across the Claremont Colleges which satisfy each area requirement. Advisors may provide additional options beyond these lists to satisfy the area requirements.
Climate Dynamics
Currently only CLES101 HM Climate Dynamics satisfies this area requirement.
Climate Impacts
- CLES121 HM Climate Justice: Disabled Lens*
- CLES122 HM Climate Justice: Building Futures*
- CLES130 HM Plants and Climate
- CLES131 HM Data Science for Global Change Biology
- CHEM170 HM Chemistry of the Oceans and Atmosphere
- ENGR138 HM Environmental Engineering
*To satisfy the Impacts area requirement these courses must be taken as a pair.
Climate Interventions
- CLES120 HM Games for Climate Change Literacy
- CLES121 HM Climate Justice: Disabled Lens*
- CLES122 HM Climate Justice: Building Futures*
- CLES130 HM Plants and Climate
- CHEM192 HM Material Science of Energy Conversion and Storage**
*To satisfy the Interventions area requirement these courses must be taken as a pair.
**This course is 2 credits. To satisfy the Interventions area requirement you must take additional credits.
Climate Contexts Course Requirement
Our current climate crisis is, at its heart, a social, political, and economic crisis with deep historical roots. Climate context courses in the Humanities, Social Sciences and the Arts will explore multiple intersecting causes of climate change, and consider the uneven impacts of climate instability across global and local communities, environments, and more than human relations. These courses will give students in the joint major the opportunity to critically evaluate potential strategies for adaptation and mitigation, and the space to engage in storytelling and artistic production to imagine more just futures.
What does it mean to have this competency?
Students who have completed their Climate Contexts requirement will have taken at least one course in the Humanities, Social Sciences, and the Arts which speaks to the topic of climate change or which contributes significantly to a student’s understanding of environmental change on a global scale.
Why is it critical?
All HMC students are required to complete 10 courses beyond the Core in HSA fields, bringing notable breadth to their education atypical of earth science and environmental engineering programs nationally. This requirement ensures that at least one of those 10 courses will speak directly to climate change, helping students build greater context for the problem and the many available paths forward.
Which courses count for Climate Contexts?
- ECON146 HM Environmental Economics
- ECON179G HM Economics of Natural Resources
- GEOG179I HM Feeling Natural?: Affect and Psychoanalysis in Contemporary Environmental Cultural Studies
- POST140 HM Global Environmental Politics
- POST114 HM Comparative Environmental Politics
- POST168 HM Bicycle Revolution
- PSYC179O HM The MANthropocene
- RLST179G HM Religious Views: Ecology and Climate Change
- SOSC188 HM Tropical Forests: Policy and Practice
- SOC179D HM Sociology of Waste