Course: Applied Circular Chemistry credits: 5

Much is said, written and discussed about sustainability. But what exactly is the definition of sustainability? And why does sustainability get so much attention? And how can we create a sustainable society on a material level? You will find answers to these questions together with your fellow students and teachers during this elective module (learning outcome 1). Among other things, it will become clear that circularity, and in particular circular chemistry, is necessary for a sustainable society. Other common concepts such as renewable raw materials, biobased materials, green chemistry and energy transition will also be discussed (learning outcome 2). In a project group, you will then go on to analyse and evaluate an existing (chemical) production process for its circularity (learning outcomes 3&4). Or you and your project group will analyse a socially relevant issue concerning the material state of the planet (e.g. nitrogen circulation, learning outcomes 3&5). For both types of projects, you will reason out how your analyses and findings relate to a sustainable society. This elective module will give you the insight and experience that, as a professional scientist, you can contribute to a sustainable society and how to do so. In short: how you can influence your own future, and that of your fellow human beings, in a positive way. As a project group, you will present your results at a final symposium (learning outcome 6). At the end, there will of course be a nice lunch or drinks.