We aim to familiarize participants with complex sustainability challenges in industry, finance, society, and the environment. Emphasizing the need for a broad understanding of mathematical modeling, it fosters analytical and mathematical thinking to enable students to address and solve sustainability problems in their professional roles. Additionally, the course offers a chance for students to specialize in applied mathematics, focusing on modeling and simulating mathematical models in complex systems and sustainability.

This module is a concise adaptation of a course available at the following link: https://canvas.kth.se/courses/37862

Here are lecture notes for the course above:

1. Introduction, 2. Climate modelling, 3. Ecosystem, 4. Pollution, 5. Energy modes

Other topics (without notes) include:

i) Sustainability in Financial Sector (general term with more exact suggestions).

ii) Socioeconomics, Socioecology.

I am also preparing lecture notes for Feb. 16, that will be shared with you here. It will be a concise version of the above lectures. For the 15-min introduction lecture I had on Jan 16, you can see Notes.

You may find all suggested projects here in this FILE.

Upload your projects after completion Here.

Projects	Taken by Group
1) Tipping point analysis	Anton, Alberto, Fabian, Jorge, Vladislav
2) Metrics in sustainability
3) Energy modes	Adib, Yassine, Anour, Karl, Vincent
4) Cost of sustainability/transition
5) ESG: in general framework, and applications
6) Socioecology	Leo, David, Kilian, Isak, Gou
7) Socioeconomics	Rebecka, Jean, Viktor, Edvin, Mette