Course overview (in presence / hybrid / other)
First semester courses offered (in presence / hybrid / other)
WW1 General Materials Properties
In presence; hybrid / other means upon request
WW2 Materials Science and Engineering for Metals
- Vorlesung Beschichtungstechnologie (Rosiwal)
- Metallische Werkstoffe in der Medizin (Rosiwal)
WW3 Glass and Ceramics
In presence; hybrid / other means upon request
WW4 Surface Science and Corrosion
- Basics Electrochemistry I: Lecture (Tesler)
- Berechnung von Korrosionsproblemen: Übung (Strebl)
- Advanced Corrosion Science: Lecture (Strebl)
- Surface Analysis I: Lecture (Höhlinger)
WW5 Polymer Materials
Lectures by Prof. Halik only in presence
Lectures by Prof. Schubert recorded upon request
WW6 Materials for Electronics and Energy Technology
- Advanced Semiconductor Materials – Excited States and Charge Transport in Organic Semiconductors – PD H.-J- Egelhaaf
- Advanced Semiconductors Introduction: Devices & Applications – Dr. Andres Osvet
- Advanced Semiconductor Technologies – Photovoltaic Systems for Power Generation – Design Implementation and Characterization – Prof. Ch. Brabec
- Phosphors for Light Conversion in Photovoltaic Devices and LEDs – PD Batentschuk
WW7 Biomaterials
Only in presence
WW8 Materials Simulation
- Introduction to Phase Field Simulation (PFM1) (Wendler)
- Multi-scale Simulation Methods I (Moretti)
- Materials and Networks (Moretti)
- Introduction to Advanced Maths and Calculus (Moretti)
- Introduction to Scientific Programming with Python (Moretti)
- Foundations of Finite Element Simulation (FEM) (Zaiser)
- Foundations of Computational Materials Science (CoMS I+II) (Zaiser)
- Data Driven Materials Science (Zaiser)
- Dislocation Theory and Dislocation Simulation (Disloc) (Zaiser)
WW9 Micro- and Nanostructure Research
- Rasterelektronenmikroskopie in Materialforschung und Nanotechnologie (Przybilla/Spiecker)
- Scattering Methods for Nanostructured Materials + Exercise (Will)
- Transmissionselektronenmikroskopie in Materialforschung und Nanotechnologie 1 + Exercise (Spiecker)
- Data Science for Transmission Electron Microscopy (Pelz)