Course structure diagram with credits
1. Semester
ECTS | SWS
Higher Mathematics 1 6 | 4
Electronics Fundamentals 3 | 2
Embedded Systems Fundamentals 3 | 2
Modeling and Simulation of Mechatronic Systems 3 | 2
Finite Element Method 3 | 2
CAM Technology and Rapid Prototyping 3 | 2
3 Electives from the Module Library 9 | 6
Total 30 | 20
2. Semester
ECTS | SWS
Higher Mathematics 2 3 | 2
Elective Modules 3 of 5 18 | 12
1. Power Drives
2. Embedded Systems - Modeling and Simulation
3. Robotics and Control
4. Reverse Engineering
5. Computational Fluid Dynamics
3 Electives from the Module Library 9 | 6
Total 30 | 20
3. Semester
ECTS | SWS
Directed Research Seminar 3 | 1
Elective Modules 3 of 5 18 | 12
1. Sensor Systems
2. Embedded Systems - Implementation and Test
3. Applied Robotics
4. Nonlinear Finite Element Analysis
5. Product Lifecycle Management
3 Electives from the Module Library 9 | 6
Total 30 | 19
4. Semester
ECTS | SWS
Master's Thesis 24
Thesis Seminar 6 | 2
Total 30 | 2
ECTS credits based on the "European Credit Transfer System". In line with international standards 30 ECTS credits have to be awarded every semester.
SWS: number of hours per week per semester = Contact Hours
Module Library - Detailed Information
A compulsory option equates to 3 ECTS/2 SWS
Language: English
