Microtechnology and Microsystems Engineering (graduate)

The advanced program in Microtechnology and Microsystems Engineering builds on knowledge gained in a bachelor’s degree and, where relevant, professional experience. Students typically specialize—for example in micromechanics or micro-optics—though some master’s programs cover a broad range across the field.

The program leads to an additional, career-qualifying university degree.

Microtechnology and Microsystems Engineering is also available as a part-time program.

Modules, e.g.:

• Assembly and interconnection technology
• Biomedical microsystems
• Characterization of semiconductor sensors
• Design engineering
• Measurement and control engineering
• Micromechanics
• Micro-optics
• Microsensor technology
• Micro- and nanoelectronics
• Miniaturized energy supply systems
• Molecular nanotechnologies
• Nanodiagnostics
• Nanofluidics/microreaction engineering
• Quality and reliability
• Materials

Practical study components:

Depending on the university: internships, practice modules or a practical semester (e.g., in automotive or telecommunications companies), plus semesters abroad.