Materials Education
Curriculum
Knowledge expanding exponentially
A learning and working environment shaped by science
Durch Wissenschaft geprägtes Klima
Our students' scientific work
zu vergebende studentische Arbeiten
Why Study Materials Science?
There are a multitude of sound reasons to opt for materials science
The Institute of Materials from a Student's Perspective
Research-Based Learning - Exp.1: Creep Damage at Grain Boundaries
Research-Based Learning - Exp.2: Functional Fatigue of Shape Memory Actuators
What do materials engineers do after they have left university?
Classes which are held in the summer semester
Materials Science II - Mechanical Properties
Electron Microscopy and X-Ray Diffraction
Advanced Scanning and Transmission Electron Microscopy
Transmission Electron Microscopy of Crystal Defects
Polymers and shape memory alloys
Fundamental Aspects of Materials Science and Engineering (FAMSE)
Theoretical Analysis of Engineering Materials Challenges
Light Metals
Mechanische Eigenschaften in kleinen Dimensionen
Fachlabor Werkstoff- und Microengineering
Classes which are held in the winter semester
Introduction to Engineering Materials
Elements of Microstructure
Werkstoffeigenschaften
Computing for Materials Engineers
Materials Recycling - Growth, Ressources, Environment and Materials Recycling
Transmission Electron Microscopy of Crystal Defects
Materials for Aerospace Applications
Materials for Energy Systems
Materials surfaces and corrosion
Ingenieurkeramik und Beschichtungstechnik
Transmissionselektronenmikroskopie für Fortgeschrittene
Fachlabor Werkstoff- und Microengineering
International Max Planck Research School SurMat
International Max Planck Research School SurMat - Modul T1
Academic Degrees
Habilitations
Dr.-Ing. Degrees
Dipl.-Ing. Degrees
Master Degrees
Bachelor Degrees
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