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Students acquire widely ranged interdisciplinary knowledge and understanding of the fundamentals and applications of mechatronics. Our instruction methods include problem-based approaches and integrated team work.
Our modern, well-equipped labs play a major role in ensuring that students are later able to apply their knowledge to problems arising within the fields of their chosen careers. Advanced students plan projects together, work towards a common goal and then present the results in a written report as well as to the class.
Compulsory modules:
The selection of electives includes the following modules:
Our modern, well-equipped labs play a major role in ensuring that students are later able to apply their knowledge to problems arising within the fields of their chosen careers. Advanced students plan projects together, work towards a common goal and then present the results in a written report as well as to the class.
Compulsory modules:
- Fundamentals of Mechanical /Electrical Engineering
- MEMS / Microtechnology
- Analogue and Digital Control Technology
- Sensors & Actuators
- Advanced Mathematics
- System Engineering
- Autonomous Mobile Robotic Systems
- Mechatronics System Simulation
- Advanced Motion Control
- Mechatronic Project
The selection of electives includes the following modules:
- Advanced System Control
- FEM Simulation
- Advanced Fabrication Technology,
- Micromechatronic Systems
- Automobile Mechatronic Systems
- Applied Computational Fluid Dynamics
- Actuator Systems
- Advanced CAD-Methods
- Mathematical Optimisation
- Industrial Communication
- Vehicle Acoustics
- Design of Electronic Powertrain Management Systems
- Rapid Control Prototyping
- 3D Image Processing
- Automation of Technical Systems
- Software Quality Management
- Computer Supported Controller Design
- Optical Communications Engineering
Educational organisation
In the first semester, all students have to master the basics of electrical engineering (if they have a background in mechanical engineering) or mechanical engineering (if they have a background in electrical engineering), advanced mathematics, an introduction to MEMS and analogue and digital control as basic components of mechatronics systems. In the second and third semesters, students have to study further compulsory modules (e.g. investigating the system behaviour of mechatronic systems and the fundamentals of autonomous and mobile robotic systems as well as an introduction into modern sensors and new type of actuators) and can focus on their specialisation by choosing appropriate elective courses. An integrated project with a duration of two semesters must be carried out by teams of three to six Master's students. In the last semester, students write a Master's thesis on a research and development project, on which they can work either at the university or in industry.Study abroad unit(s)
There are no obligatory study abroad units, however, students can spend a study unit or a complete semester abroad, particularly when doing their Master's thesis projects. The FH Aachen has over 100 partner universities. We strongly encourage German students to spend a semester abroad, however, due to visa restrictions, this is not always possible for international students.Internships
No obligatory internshipsForms of assessment
There are three periods of written exams each year: February/March, July and September. Exams for block courses are at the end of each block. The study programme concludes with a Master's thesis, which will be presented by the student in a colloquium.Course objectives
Four-semester Master of Science programme in Mechatronics with a strong focus on application. The major focus of the programme is on preparing students for positions in the industry. However, students also qualify for research positions in industry or at public research institutions. Some students choose to continue their studies in a PhD programme.Language requirements
Proof of English language ability such as TOEFL (550 paper-based test, 213 computer-based test, 79 internet-based test) or IELTS 6.0Proof of German language abilities at level B1 (e.g. Zertifikat Deutsch (B1) or equivalent)
Academic requirements
Bachelor's degree in mechanical engineering, electrical engineering, mechatronics, physics or related fields with high academic standing, or an equivalent university degreeGRE General test
Enrolment fees
The student activity fee is currently about 250-300 EUR per semester. Fee includes a public transport ticket in the German state of North Rhine-Westphalia.Costs of living
Approx. 750 EUR per month, including living expenses and health insuranceThe semester ticket included in the student activity fee allows free public transportation in the area.