Lessons & Activities Search
Title | MIT Course |
Preview![]() |
Type of Activity | Instructional Approach | Content Area | SDG |
---|---|---|---|---|---|---|
Personal Energy Consumption | D-Lab I: Development |
Determine your average daily energy consumption (in kWh). For this assignment, you can take into account only the electricity that you use, though you should be aware that there are additional energy expenditures in terms of transportation, heating, manufacturing processes to make the products that you use, etc. You should submit this as a table showing your energy consumption (power x time) for a few days and then come up with an average value. |
Other | Experiential Learning | Development, Energy | SDG 7 - Affordable & Clean Energy |
Problem Set 1 | Atmospheric Physics and Chemistry |
Problem set for the course Atmospheric Physics and Chemistry. |
Problem Set | Other | Chemistry, Physics | SDG 15 - Life on Land |
Assignment 1: Pond and Charity | Good Food: Ethics and Politics of Food |
In his essay, "Famine, Affluence, and Morality," Singer argues that there is a close analogy between POND and CHARITY (see p. 38 of FES).
|
Paper | Other | Ethics | SDG 2 - Zero Hunger |
Scenario Presentations | Introduction to Environmental Policy and Planning |
Each student must make three oral presentations focused on three of the 14 scenarios available in this section. Two students will sign up at the start of the semester for each scenario. The third presenter will be selected at the beginning of the class to speak about that day's scenario. Students will be graded on both their answers to the assigned questions and the clarity of their presentation. Short descriptions are provided below. These presentations account for up to 30 points of your final grade.
|
Presentation | Collaborative, Small Group Learning | Urban Studies | SDG 11 - Sustainable Cities & Communities |
Lab 3: Residence Time Distribution and System Circulation | Transport Processes in the Environment |
Objectives: Estimate detention time and nominal residence time in a model basin |
Lab | Experiential Learning | Environmental Transport Processes | SDG 15 - Life on Land |
Problem Set 3 | D-Lab: Energy |
Problem set for the course D-Lab: Energy. |
Problem Set | Inquiry-Based Learning | Energy | SDG 7 - Affordable & Clean Energy |
Problem Set 3: Seismology | Physics and Chemistry of the Terrestrial Planets |
Problem set for the course Physics and Chemistry of Terrestrial Planets. |
Problem Set | Other | Chemistry, Physics | SDG 15 - Life on Land |
Assignment 5: Personal Reflection | Good Food: Ethics and Politics of Food |
Please write 250-500 words (total) addressing the questions below.
|
Paper | Other | Ethics | SDG 13 - Climate Action |
Final Exam | Sustainability: Political Economy, Science, and Policy |
Please answer question 1; and then either question 2 or question 3. This is the same type of format and approach as the mid-term. Suggested length: No fewer than 5 pages and no more than 7 pages for each question, double spaced, not triple spaced with wide margins. (Of course if you can do an excellent essay in less than 5 pages, by all means proceed).
|
Exam | Other | Political Science | SDG 15 - Life on Land |
Written Assignments 1 and 2: Cheap Meat | Food, Culture & Politics |
Essay part one for people culture and politics. |
Paper | Other | Food | SDG 2 - Zero Hunger |