Basic subjects Bachelor Electrical Engineering
| 1st Semester 30 CREDITS | 2nd Semester 32 CREDITS | 3rd Semester 28 CREDITS | 4th Semester 30 CREDITS | 5th Semester 30 CREDITS | 6th Semester 30 CREDITS |
|---|---|---|---|---|---|
| Higher Mathematics A (8 CREDITS) | Higher Mathematics B (8 CREDITS) | Higher Mathematics C (8 CREDITS) | Stochastics for Engineers (5 CREDITS) | Interfaculty Lectures (3 CREDITS) | |
| Experimentalphysics for EE (6 CREDITS) | Engineering mechanics for EE (6 CREDITS) | Interfaculty Lectures (6 CREDITS) | Field theory (6 CREDITS) | Electromagnetwaves (6 CREDITS) | |
| Fundamentals of Electrical Engineering A (8 CREDITS) | Fundamentals of Electrical Engineering B (8 CREDITS) | Power Engineering (4 CREDITS) | Measurement Engineering (5 CREDITS) | Communications Engineering (5 CREDITS) | Information Engineering IE/WPV (6 CREDITS) |
| Materials (4 CREDITS) | Semiconductor components (4 CREDITS) | Signal Theory (5 CREDITS) | Switching Technology (5 CREDITS) | Microsystems Technology WPV (6 CREDITS) | |
| GP for engineers 2 (6 CREDITS) Project applied programming (2 CREDITS) | GL of Computer Science (4 CREDITS) | GL of the computerarchitecture EE (4 CREDITS) | Systems Theory (5 CREDITS) | Regulatory technology A | Automation technology WPV |
Laboratory Practical A | Laboratory Practical B (2 CREDITS) | Laboratory Practical C (2 CREDITS) | IT o. ME o. AT WPV (6 CREDITS) | Bachelor thesis (12 CREDITS) | |
| Project seminar either in the 2nd, 3rd or 4th semester (2 CREDITS) | |||||
