Lessons & Activities Search
Title | MIT Course | Preview | Type of Activity | Instructional Approach | Content Area | SDG |
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Homework 1 | Fundamentals of Advanced Energy Conversion |
Problem set from the class Fundamentals of Advanced Energy Conversion at MIT. |
Problem Set | Other | Energy Engineering | SDG 7 - Affordable & Clean Energy |
Historiographical Essay | Technology and the Global Economy, 1000-2000 |
For the historiographical essay, you may select your own topic (and within that a framing question) from among those considered in the course. Students should also develop a useful bibliography on the topic. The expectation is that you will encompass a major literature while demonstrating the ability to think critically about the theories and methods engaged by other historians to answer the question you have posed. You should organize the paper around this question, giving careful consideration to why different historians sometimes answer important questions in such different ways. |
Book Review | Other | History | SDG 1 - No Poverty |
Group Presentations | Materials in Human Experience |
Students will be assigned to choose one material represented by each of the three case study groups: glass, metal, or rubber. Each group will research one aspect of the chosen material and make a group presentation at the end of the corresponding unit. |
Presentation | Collaborative, Small Group Learning | Material Science | SDG 15 - Life on Land |
Graduate Course Project | Climate Physics and Chemistry |
Each graduate student taking this class for credit should decide on a term-project. We ask for a 10-page written report (maximum length), and a 20 minute oral presentation to the class before the end of term. Undergraduates do not have to give an oral report (but may, if they wish) and a six-page paper is acceptable. Projects can expand on something covered in class, or be some climate-relevant project not touched upon. In the past, most such projects have been reviews of some interesting topics. A few students have succeeded in doing an original piece of work, but this is certainly not a requirement. |
Oral Presentation, Written Report | Inquiry-Based Learning | Chemistry, Physics | SDG 15 - Life on Land |
Global System for Sustainable Development Database | Sustainability: Political Economy, Science, and Policy |
Submit 10 websites for the Global System for Sustainable Development (GSSD) database via "Submit Site.
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Problem Set | Other | Political Science | SDG 15 - Life on Land |
GFDXIV: Thermohaline Circulation | Atmosphere, Ocean and Climate Dynamics |
Demonstration for the course Atmosphere, Ocean and Climate Dynamics. |
Demonstration | Other | Fluid Dynamics | SDG 15 - Life on Land |
GFDXIII: Ocean Gyres | Atmosphere, Ocean and Climate Dynamics |
Demonstration for the course Atmosphere, Ocean and Climate Dynamics. |
Demonstration | Other | Fluid Dynamics | SDG 15 - Life on Land |
GFDXII: Ekman Pumping and Suction | Atmosphere, Ocean and Climate Dynamics |
Demonstration for the course Atmosphere, Ocean and Climate Dynamics. |
Demonstration | Other | Fluid Dynamics | SDG 15 - Life on Land |
GFDXI: Atmospheric General Circulation | Atmosphere, Ocean and Climate Dynamics |
Demonstration for the course Atmosphere, Ocean and Climate Dynamics. |
Demonstration | Other | Fluid Dynamics | SDG 15 - Life on Land |
GFDX: Ekman Layers | Atmosphere, Ocean and Climate Dynamics |
Demonstration for the course Atmosphere, Ocean and Climate Dynamics. |
Demonstration | Other | Fluid Dynamics | SDG 15 - Life on Land |