After successful completion of the course, students are able to know some examples for the application of functional materials and to understand the typical structure-composition-property relationships in those cases.

Smart materials with advanced functional properties play an important role in many modern technologies. One may mention, for example, ceramics, semiconductors or polymers exhibiting electrical, optical, electrochemical or magnetic properties that can be used in many applications of semiconductor technology, sensor technology, display technology, electronics, photovoltaics, etc.

By means of examples (fuel cells, semiconductor applications such as solar cells, batteries, piezoelectric systems, etc.) it will be shown how materials properties, technological functionality and product are interconnected. Emphasis is put on materials for energy conversion and storage.

Distance Learning, Reverse Classroom via TUWEL: curriculum content will be first uploaded and then discussed on a weekly basis in Zoom-meetings.

Reverse-classroom starts Th, 04.03.2021

First Zoom-Meeting Th, 11.03.2021 14:00, see TUWEL

Written exam