In order to meet future societal challenges, the design of technical systems needs to increasingly take aspects of sustainability, accessibility and safety into account. This interdisciplinary bachelor's degree programme enables students to independently apply scientific knowledge and methods of mechatronics and to quickly familiarise themselves with one of the numerous fields of application in mechatronics. In order to achieve this, the students are taught engineering expertise from the fields of electrical engineering, information technology and mechanical engineering. The goal of the bachelor's programme is to design complex technical systems based on a wholistic observation, to implement, analyze and to use a structured approach. A methodical approach is also taught in order to do justice to the comprehensive systems approach och mechatronics.

Module structure

The degree program is divided into three parts: 2 semesters of orientation, a one-semester foundation course and 4 semesters of a specialisation phase, which includes a technical project, an industrial placement lasting one semester and the final thesis.

Due to various electable modules it is possible to achieve a very individual profile during the specialisation phase.

Orientation phase

The orientation phase is intended to teach the basics of

• mathematics, including the use of modern tools and physics
• information technology
• electrical engineering
• mechanics

In both semesters there will be an interdisciplinary module, which establishes connections between the various subject areas while also providing an application reference.

Foundation course

The foundation course, worth 30 CP, includes six compulsory modules that teach the basic skills in engineering while aligning with the orientation phase content wise:

• system theory
• electrical metrology
• operating systems and data communication
• machine design and materials engineering

There will also be one interdisciplinary module.

Specialisation phase

This phase allows the students to build their own individual profiles. It is made up of the following components:

• modules of a specialisation
• a technical project
• a practical semester
• the thesis including a Bachelor’s seminar
• individually selectable modules

There is a wide variety of fields a mechatronics engineer can work in. In order to do justice to those many opportunities and the individual inclinations and interests of students, each student has to choose between one of the following specialisations:

• Automation and robotics
  Modern industrial production is often characterised by a high degree of automation and use of robots. Not only the classic industrial robots are typical nowadays, but there are also collaborative robots in a growing number of small or medium-sized companies as well as other robot applications. This specialisation will shine light on the use of robotic systems in various contexts with a connection to the use of Artificial Intelligence and industrial image processing and control engineering as well as topics of product engineering.
• Electronic systems
  Electronic devices are everywhere. Both in everyday life and the industrial and professional environment, these devices are growing ‘smarter’ and more interconnected. They gather and process a multitude of data. This focus addresses both analogue and digital circuits and their use in the context of embedded systems.
• Energy technology
  Against the background of global challenges such as climate change, a sustainable and resource-efficient energy supply is more important than ever. This specialisation covers the areas of (renewable) energy generation and distribution, electrical machines and energy storage.
• Industrial product- and process development
  An efficient and resource-conserving production is essential - especially with scarce resources such as raw materials, energy and skilled workers. That is why this focus includes the simulation and optimisation of processes as well as resource-efficient production and topics of systematic product development in order to consider the requirements of the users, the production and the process from the start.
• Information systems
  Information is collected and processed in electronic systems of all sizes – from embedded systems to global energy supply systems. Both the growing amount of data as well as the advancing connections are influencing the development of software and the different ways of storing and processing data. Therefore, a growing protection against attacks and manipulation is required. This specialisation teaches abilities in the areas of software engineering, advanced programming, database systems, the application of Artificial Intelligence and industrial safety.

For each specialisation, there is a module catalogue from which students must choose modules.

Both in the private and professional environment is the interaction with mechatronic systems omnipresent. This course of studies qualifies graduates for jobs in various fields of application such as

• Mobility
• Intelligent and efficient production
• Internet of Things

and in different scopes of activities such as

• Product development
• System integration
• Project management
• Production scheduling
• Service

in companies of all sizes, Start-Ups and in research facilities. To achieve this, methods and specialist knowledge from various fields are being taught. The students are enabled to analyse and work with complex challenges in the area of technical systems on the basis of profound expertise. They can develop innovative concepts of solutions and implement them in products. This course of studies leads to a first professional academic degree. Upon a successful graduation the THA will award the academic title Bachelor of Engineering (B.Eng.).

Furthermore, this course of studies qualifies graduates for admission to a master’s degree program in Electrical Engineering or related areas.

Graduates are able to

• systematically develop innovative products
• simulate system behaviour
• technically implement and document prototypes of various degrees of maturity and
• work goal-oriented and responsibly in teams.

This course of studies is established by the faculties of electrical engineering, informatics and machine and methods engineering. Additional offers by other faculties (e.g. applied humanities and natural sciences) widen the range.

Go out!

The Faculty of Electrical Engineering supports their students to spend some time in another country. Students may choose to study a semester at another university, complete a project or their industrial internship in a foreign country or go abroad for their final thesis.

There is a so-called International Faculty Coordinator as a contact person at the faculty if you have any questions regarding the planning or realisation of your stay abroad. The Centre for Languages and Intercultural Communication (Zentrum für Sprachen und interkulturelle Kommunikation, ZSI) offers cross-faculty advice and support.

Opportunities at the university!

Augsburg University of Applied Sciences also offers additional in-depth language training and some modules are held in English.

The Center for Languages and Intercultural Communication (Zentrum für Sprachen und interkulturelle Kommunikation, ZSI) offers a range of courses to improve the students’ intercultural skills and awareness.

• Zentrum für Sprachen und interkulturelle Kommunikation (ZSI)

International first-year students are offered support through a Buddy Programme.

In order to study mechatronics you should have an interest in science and technology and be able to think logically, analytically and systematically. Some curiosity, inventiveness and creativity will also be helpful during your studies.

Start of studies is in the winter term only. An internship prior to the start of the program is not mandatory!

Annual application period: 2 May - 15 July

Apply via the Application portal of the THA. Further information and the application period is available at https://www.tha.de/Bewerbung.html.

If you have any problems or questions regarding the application process, please ask the

Student Office

Telephone: +49 (0) 821-5586-3950

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Counselling sessions for professionally qualified individuals can be arranged with the academic advisor.

You want an even more practical approach, combining praxis and theory even closer? The THA offers two dual study programmes:

• Combined study programme (study plus training)
• Study programme with in-depth practice (study and intensive practice)

Further information can be found on the website of the faculty of electrical engineering: Cooperative Study

• syllabus and examination regulations

Module handbook

Course assessments and examinations

Modules for specializations