Courses
General Information
All lectures are integrated into the Master of Science program in "Electrical Engineering, Information Technology and Computer Engineering" as well as into the Master of Science program in "Nanoelectronics“ jointly offered by the Department of Physics and the Faculty of Electrical Engineering and Inforamtion Technology. In addition, some of the courses are integrated into the curriculum of the Master of Science programs in "Materials Science" as well as in "Simulation Sciences".
| Course | Language | Module Reference | Lecturer | Type | Examination |
|---|---|---|---|---|---|
| Lecture "Quantum Simulations of Carbon Nanotube and Graphene Nanoribbon Field-Effect Transistors" | en |
MSETITTI |
Knoch, Berghoff | VÜ (3) | Written Exam |
| Lecture "Fabrication and Characterization of Nanoelectronic Devices and Circuits" | en | MSETITTI | Knoch, Berghoff | VÜP (3) | Graded paper |
| Lab Course "Solid State Physics" | de/en | BSPhy MSPhy |
P (3) | ||
| Lab Course "Nanoelectronics" | de/en | BSPhy MSPhy |
P (3) | ||
| Project "Institute Project" | de | BSETITTI LABBKETGBFR MEdBKET |
P (3) |
| Course | Language | Modul Reference | Lecturer | Type | Examination |
|---|---|---|---|---|---|
| Lecture "Solid State Technology" | en |
MSETITTI
MSMatWis BSPhy MSPhy |
Knoch, Berghoff | VÜ (3) | Written Exam |
| Lecture "Nanoelectronics Devices" | en |
MSETITTI
MSMatWis BSPhy MSPhy MSSiSc |
Knoch | VÜ (3) | Written Exam |
| Lab Course "Micro- and Nanoelektronics" | de | BSETITTI | Knoch, Berghoff |
P (3) |