Mechatronics
Mechatronics (B.Sc.)
Mechatronics deals with the combination of electronics, mechanics and computer science and thus forms an interface between several technical disciplines. The integration of intelligent and automated systems enables complex and efficient production processes. The bachelor’s degree program in mechatronics provides in-depth knowledge of mechanics, electrical engineering and computer science, thus laying the foundation for a successful career in industry or research. After graduation, graduates have access to fields of activity in various sectors, such as the automotive industry, mechanical and plant engineering, and robotics and sensor technology.
- Degree
- Bachelor of Science (B.Sc.)
- Duration of studies in semester
- 6
- Start of degree program
- Winter semester
- Study location
- Erlangen
- Number of students
- 250-600
- Subject group
- Engineering sciences
- Special ways to study
- 1-subject Bachelor
- Teaching language
- completely in German
- Admission Requirements
- No Admissions Restrictions
What is the degree program about?
Mechatronics is still a young, technical field with a very high degree of innovation and great growth potential. Today, many mechatronic products are already an integral part of our everyday lives, such as ABS, ESP, an electric window regulator or transmission controls in cars, modern robots in industry, a simple DVD player or even the controls of large commercial aircraft.
Mechatronic systems automatically acquire information and signals, independently extract new data from them and convert them into forces and movements. Mechatronics therefore combines content from the classic engineering disciplines of mechanical engineering/mechanics, electrical engineering/electronics and computer science and links them to form a new, future-proof subject area in which interdisciplinary and systems engineering thinking plays a major role.
The bachelor’s degree program in mechatronics at FAU imparts comprehensive basic knowledge from the fields of mechanical engineering, electronics/electrical engineering and computer science. This enables graduates to later independently familiarize themselves with the wide range of tasks and to master the constantly changing problems encountered in professional practice. The program consists of compulsory, elective and optional modules and includes ten weeks of practical work experience, as well as a bachelor’s thesis lasting approximately ten weeks, which must be completed during the course of study.
The standard period of study is six semesters. The number of points required for successful completion – the organization of studies and examinations is based on the European Credit Transfer and Accumulation System – is 180 ECTS points in the Bachelor’s program.
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The degree program is divided into modules, which are assessed with ECTS points. A module is a teaching and learning unit that is continuous and self-contained. The modules conclude with a module examination during the course of study. ECTS points are only awarded for successful participation in modules, which is determined on the basis of independent, definable performance in a module examination. The exact examination regulations can be found in the study and examination regulations.
Mathematics pre-course (Repetitorium): During the eight-day repetitorium before the start of the semester, the subject matter required in the first semesters of mathematics is repeated in a lecture, prepared and practiced in a tutorial in small working groups under supervision. Registration is required for the revision course!
Brief overview: Course structure
1st-2nd semesters: Mathematics for ME 1+2, Fundamentals of Electrical Engineering 1+2, Digital Technology, Technical Mechanics (statics and strength of materials), Technical Representation (hand drawing and 3D CAD systems), Fundamentals of Computer Science and System-oriented Programming in C.
3rd-4th semester: Mathematics for ME 3, Fundamentals of Electrical Engineering 3, Technical Mechanics (Dynamics), Electrical Drive Technology with Practical Course, Production Engineering, Materials Science, Circuit Technology, Semiconductor Devices, Systems Theory, Practical Course Mechatronic Systems and Elective Modules.
5th semester: Embedded systems, fundamentals of measurement technology, fundamentals of product development, control engineering, sensor technology and elective modules.
6th semester: Elective and compulsory elective modules, professional internship and bachelor thesis.
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- Interest in technology and solid basic knowledge of mathematics. Likewise, you should have no fear of contact with school physics, especially mechanics and electricity, as well as computer science.
- Interest in understanding how technical products work and how they can be manufactured in an industrial sense.
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Many technical problems can only be solved in the increasingly complex systems through a systems engineering and interdisciplinary approach. Engineers in mechatronics overcome the classic boundaries and master this challenge through interdisciplinary knowledge and a holistic view of the technical systems of tomorrow. Career opportunities can be found primarily in the areas of
- Research, development, testing and optimization in the field of mechatronic products and systems,
- Integration of mechatronics in systems and products, and
- Manufacturing and production of mechatronic systems.
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The mechatronics degree program places high demands on mathematical understanding. Possible stumbling blocks are learned early on in the voluntary mathematics retreat offered in the 2 weeks before lectures begin in the winter semester.
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- Admission requirements (first semester)
- No Admissions Restrictions
- Application deadline winter semester
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30.09.
- Details and notes
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The application deadline for the winter semester for international applicants is July 15th.
In addition to the general qualification for university entrance (Abitur), there are other access options for studying at FAU.
Do you need help or more information?
Our Student Advice and Career Service (IBZ) is the central point of contact for all questions about studying and starting a degree programme. Our Student Service Centres and subject advisors support you in planning your studies.