Kurzbeschreibung

Several billion tons of chemical products and materials are produced per year. These products can enable our high standard of living and health. While these products offer benefits, their production and use also pose complex and severe impacts on the planet. Essentially, there is a critical need for greener, more sustainable chemicals, materials and products to address these challenges responsibly. Chemistry both as a science and an industrial sector can transform matter, being key to change the material basis of societies towards more sustainability. The production and use of chemicals, materials, and products significantly impact downstream users and have complex implications for the planet, human welfare, justice, and health, both positively and negatively. To address these challenges, a move towards greener chemicals, materials, products, and their more sustainable application is necessary, offering effective solutions to the needs of humankind and societies in a responsible manner. At the same time, achieving sustainable development requires a reduction and transformation of resource use and material flows.

In this course, common foundations of natural and social and sustainability sciences as well as ethics and economics are provided in the first semester’s starting modules, as Sustainability Science, Transdisciplinary Methods together as an introduction to the concept of Sustainable Chemistry and Green Chemistry looking at Resources, Chemicals, Materials, Products, Recycling and related international regulations.

In the following two semesters, modules related to LCA and Non-Renewable Resources, Renewable Resources, Circularity and Recycling, and Benign by Design will deepen and add to this. The students can select elective modules to further specialize in their individual disciplines according to their interests. The fourth semester will be dedicated to developing, writing and defending the Master's thesis.

Quelle: Uni Lüneburg

In a challenged and increasingly complex world, chemistry plays a key role to promote sustainable development, especially focusing on resources, chemicals, materials, products, their flows, processes, and end of live issues. Such knowledge will be indispensable for the transition to a sustainable future including the necessary transformation of the related industrial sector itself. Professionals with disciplinary, inter-, and transdisciplinary background related to both chemistry and sustainability at the same time are urgently needed and thus have a wide range of career options open to them – in research, in institutions and non-governmental organizations, politics, public authorities and businesses - even beyond chemical industries, and in related fields.

Quelle: Uni Lüneburg

Applications for the Master Sustainability Science: Resources, Material Flows and Chemistry at the Leuphana Graduate School can be made easily online. The application deadline is June 1st for the winter semester (October).

Apply here!

Quelle: Uni Lüneburg

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Studienberater
Tom Kleist M.Sc.
Studienberatung
Uni Lüneburg
+49 (0)4131 677-2406

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Das Biochemie Studium beschäftigt sich wortwörtlich mit der Chemie des Lebens: In diesem Studiengang lernst Du alles über den Aufbau organischer Existenz. Dabei erwarten Dich spannende Themen wie die molekulare Ebene der Krebsforschung oder erblich bedingte Krankheiten. Als Absolvent bist Du in der Lage, die chemischen Vorgänge in Zellen zu erforschen und zu erklären.

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Quelle: Headlinerbild 1: Leuphana Universität Lüneburg/Anne Gabriel-Jürgens, Headlinerbild 2: Leuphana Universität Lüneburg/Gregor Jaap
Profil zuletzt aktualisiert: 01.2024