
The Sustainable Development Goals (SDGs) are 17 global goals designed to be a "blueprint for achieving a better and more sustainable future for all." The goals to be achieved by 2030 are an urgent call for action by all countries—and by each of us.
In the first part of the course, we highlight the SDGs and analyze the SDG indicators that track the current global status. Did you know that there are 17 goals backed up and monitored by over 230 indicators? Each indicator measures the progress of all countries, sometimes over decades—a lot of data points to analyze. The lecture balances basic principles with crisp data science practice, covering Python-based analysis, visualization techniques, and cross-analysis of indicators to give you both context and hands-on skills.
In the second part, we go one step further—diving into Scope 3 emissions, the hidden emissions in a company’s value chain that often make up the majority of its footprint. To make this complex topic more engaging, we explore it through modern generative AI techniques: PowerPoint Co-Pilot to structure ideas, ChatGPT for explanations, avatars to bring concepts alive, Notebook LM for organizing knowledge, Mermaid AI for visualizations, Perplexity for deep research, and vibe coding for playful exploration. All of this comes together in a case study of our fictional winery, Riesling Inc. From vineyard to bottle, you’ll see how Scope 3 emissions accumulate and how AI helps us map and understand them.
The overall objective of the course is to give you a quick start in sustainability data science practice and inspire you to contribute towards our joint SDG goals—while also discovering how generative AI can be a powerful companion in exploring and understanding complex global challenges.
Explore United Nations sustainable development goals and their targets. See how data science measures progress in education, with targets 4.1–4.2, 4.4, and 4.7, including data literacy and ICT skills.
Explore the United Nations statistics division data platform for the Sustainable Development Goals, download targets and indicators in Excel, and view clean data with Our World in Data.
Explore sdgs data science with Python by loading Our World in Data datasets, mastering pandas data frames, and creating visuals using a plotting library in Jupyter notebooks.
The notebook and data sets can be downloaded here:
https://bit.ly/github_data_science_on_SDGs
The notebook and data sets can be downloaded here:
https://bit.ly/github_data_science_on_SDGs
The notebook and data sets can be downloaded here:
https://bit.ly/github_data_science_on_SDGs
The notebook and data sets can be downloaded here:
https://bit.ly/github_data_science_on_SDGs
The notebook and data sets can be downloaded here:
https://bit.ly/github_data_science_on_SDGs
The notebook and data sets can be downloaded here:
https://bit.ly/github_data_science_on_SDGs
Identify practical ways to contribute to the sustainable development goals through personal behavior, data literacy, and engagement with organizations like good life goals, data for good, and science based targets.
Explore scope three emissions and learn to measure, calculate, interpret, and visualize hidden emissions across the value chain using generative AI techniques.
Learn how to extract scope 3 emissions insights from a long PDF with notebook LLM, uploading documents, generating summaries, and enabling question-answering.
build a Mermaid graph to calculate scope three emissions for a winery, using ChatGPT to create a color-coded, interactive flowchart of downstream and upstream categories.
Explore converting consumption to CO2 equivalents using official UK government factors to set a winery scope 3 baseline in an Excel workflow with ChatGPT, emphasizing source verification.
Explore web coding with large language models like GitHub Copilot, transforming HTML, CSS, and JavaScript in VS Code, while weighing pros and cons of white coding and scope three emissions.
The Sustainable Development Goals (SDGs) are 17 global goals designed to be a "blueprint for achieving a better and more sustainable future for all." The goals to be achieved by 2030 are an urgent call for action by all countries—and by each of us.
In the first part of the course, we highlight the SDGs and analyze the SDG indicators that track the current global status. Did you know that there are 17 goals backed up and monitored by over 230 indicators? Each indicator measures the progress of all countries, sometimes over decades—a lot of data points to analyze. The lecture balances basic principles with crisp data science practice, covering Python-based analysis, visualization techniques, and cross-analysis of indicators to give you both context and hands-on skills.
In the second part, we go one step further—diving into Scope 3 emissions, the hidden emissions in a company’s value chain that often make up the majority of its footprint. To make this complex topic more engaging, we explore it through modern generative AI techniques: PowerPoint Co-Pilot to structure ideas, ChatGPT for explanations, avatars to bring concepts alive, Notebook LM for organizing knowledge, Mermaid AI for visualizations, Perplexity for deep research, and vibe coding for playful exploration. All of this comes together in a case study of our fictional winery, Riesling Inc. From vineyard to bottle, you’ll see how Scope 3 emissions accumulate and how AI helps us map and understand them.
The overall objective of the course is to give you a quick start in sustainability data science practice and inspire you to contribute towards our joint SDG goals—while also discovering how generative AI can be a powerful companion in exploring and understanding complex global challenges.