Session information
Sessions take place Thursdays, 8.15-9.45, Biozentrum, Hörsaal U1.131.
| # | Date | Topic | Instructor(s) | Slides | Exercise |
|---|---|---|---|---|---|
| 1 | 18.09.2025 | What is science communication? | Mata | ||
| 2 | 25.10.2025 | Models and elements of science communication | Mata | ||
| 3 | 09.10.2025 | Scientific uncertainty and trust in science | Mata | ||
| 4 | 16.10.2025 | Guidelines for science communication | Mata | ||
| 5 | 23.10.2025 | Science communication gone wrong | Mata | ||
| 6 | 30.10.2025 | Practical: Knowledge and Data Visualization | Hil/Lachenmeier | A | |
| 7 | 06.11.2025 | Practical: Yellow Chapter – Data | Hil/Lachenmeier | B | |
| 8 | 13.11.2025 | Practical: Multidimensional Line Graph | Hil/Lachenmeier | C | |
| 9 | 20.11.2025 | Practical: Elements | Hil/Lachenmeier | D | |
| 10 | 27.11.2025 | Practical: Modular Information Design | Hil/Lachenmeier | E | |
| 11 | 04.12.2025 | Practical: Every dot has an identity | Hil/Lachenmeier | F | |
| 12 | 11.12.2025 | Practical: Modular thinking mindset | Hil/Lachenmeier | G | |
| 13 | 18.12.2025 | Exam |
Course description and learning goals
This course aims to give a broad introduction to science communication. By completing the course you can expect to…
- Get an overview of theories and principles of science communication
- Learn to develop visual communication strategies for science communication
- Learn to critically evaluate and reflect on science communication
This website is designed to help course participants get an overview of the course and the course slides (slides will be uploaded shortly after each session). Additionally, an FAQ forum is available on ADAM.
Course grading
The final grade for the course will be based on two components:
Exam (40%)
At the end of the semester, a multiple-choice exam will test your understanding of core concepts covered in lectures and readings. You can find information about the location and time of the exam in the course directory.
Exercises (60%)
Practical exercises will make up the majority of your grade. These exercises will apply the principles learned in class to hands-on tasks. Both the timely submission and the quality of your work will be critical in determining a pass/fail for each exercise. Exercises should be submitted via ADAM.
Exercises A-G (6 exercises, 10% each)
During each session, you will complete a task involving manual drawing (materials will be provided), followed by a brief homework assignment. The goal is to develop an understanding of visualization principles through active creation and to learn how to critically evaluate visualizations. “Drawing by hand is thinking” is an approach that combines creative and analytical thinking: By drawing manually, you can develop a deeper understanding that is independent of digital tools and applicable in studies, research, and practice. For each session, you will have 12 hours to upload the in-class task (in case you have to miss the session and cannot do it in class) and 6 days to submit the homework assignment. Submit your drawings as a JPEG or PNG file.
Recommended readings
“50 Essentials on Science Communication” edited by Jean Paul Bertemes, Serge Haan, and Dirk Hans.
“Visualizing Complexity: Modular Information Design Handbook” by Darjan Hill and Nicole Lachenmeier.