Teaching modules for students of materials science, nanotechnology and energy technology

  • Teaching Module on Crystal Growth (10 to 12.5 ECTS) / duration: 2 terms / content: lectures, lab work, computer simulation class
    • Fundamentals of Crystal Growth and Semiconductor Technology
    • Electronic Devices and Materials Issues
    • Wide bandgap Semiconductors
    • Lab Work: Czochralski Growth of an InSb Single Crystal
    • Numerical Simulation for Crystal Growth Applications using COMSOL Multi-Physics
  • Module / Lecture on Materials Science for Electrical Engineers (2.5 ECTS) / duration: 1 term /electronic exam / lecture book (in German): Peter Wellmann - Materialien der Elektronik und Energietechnik - Halbleiter, Graphen, Funktionale Materialien (Springer, 2016)
  • Module / Lecture and Lab Work on Electronic Materials and Energy Technology (5 ECTS) / duration: 1 term /electronic exam / lecture book (in German): Peter Wellmann - Materialien der Elektronik und Energietechnik - Halbleiter, Graphen, Funktionale Materialien (Springer, 2016)