Quantum Engineering

Bachelor's degree (or equivalent).

Required ECTS credits: 180.

Proof of:

1. Competences on a scale totalling at least 29 ECTS from modules in fundamentals of nanosciences and further related basic and advanced modules.
2. Competences on a scale totalling at least 27 ECTS from modules in chemistry.
3. Competences on a scale totalling at least 27 ECTS from modules in the following sub-areas of experimental physics: Mechanics, electromagnetism, optics, thermodynamics, atomic and molecular physics, and solid state physics.
4. Competences on a scale of at least 12 ECTS from modules in the following sub-areas of theoretical physics: Theoretical quantum mechanics, thermodynamics, and statistical mechanics.
5. Competences on a scale of at least 18 ECTS from modules in the following sub-areas of mathematics: Analysis, linear algebra, differential equations.
6. Competences on a scale of at least a further 18 ECTS from physics or engineering laboratory courses or as well as industrial internships, and
7. A thesis on a scale of at least 10 ECTS on a topic from a sub-area of ​​nanostructure technology or in the case of an interdisciplinary thesis on a topic in which methods of nanosciences are essentially applied, according to the ECTS credits scheme used at JMU for the B.Sc. in Nanotechnology or – in the case of programs not modularised within the meaning of the ECTS credits scheme – competences on the corresponding scale (as a rule acquired in the framework of the first degree). The required competencies are taught at JMU in particular in the framework of the B.Sc. in Nanotechnology (180 ECTS credits).