Production of Active Battery Materials
1,5 credits, course, bachelor's level, D0054E
Autumn 2026
Battery performance and sustainability starts with the materials.
This course focuses on the production, properties, and processing of key active battery materials used in modern cells, including cathode and anode chemistries. You will gain insight into synthesis methods, quality and performance considerations, and the role of material selection in lifecycle impacts. Real-world examples will illustrate how materials choices influence cost, energy density, and recyclability. Ideal for students and industry professionals interested in materials science, cell engineering, and sustainable resource management.
1,5 credits, course, bachelor's level, D0054E
Autumn 2026
Battery performance and sustainability starts with the materials.
This course focuses on the production, properties, and processing of key active battery materials used in modern cells, including cathode and anode chemistries. You will gain insight into synthesis methods, quality and performance considerations, and the role of material selection in lifecycle impacts. Real-world examples will illustrate how materials choices influence cost, energy density, and recyclability. Ideal for students and industry professionals interested in materials science, cell engineering, and sustainable resource management.
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