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Mechatronics and Robotics

Bachelor of Engineering

Mechatronics and Robotics – Key Technologies for Automation and Industry 4.0. Our engineers develop smart solutions that set standards and shape the future.

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Key Information

enrol until:
September 28
enrol until:
The programme offers open admission. Please note the enrolment deadline.
Start:
Winter semester
Start:
Lectures for the winter semester start at the end of September.
Location:
Heilbronn TechCampus
Location:
The campus is 2.5 km from the city center.
Study form:
Full-time
Study form:
Full time
Degree:
Bachelor of Engineering
Degree:
Initial vocational qualification
7 Semester:
210 ECTS
7 Semester:
Standard period of study: 3.5 years
Tuition fee:
1500 €
Tuition fee:
per semester. International students who are not citizens of an EU/EEA member state and do not have a German university entrance qualification
Language:
English / German
Language:
Basic Study (in English) and Main Study ​(in German)

Course Overview

In the course of your studies you will gain an understanding of the functionality of modern mechatronic and robotic systems while studying bilingual.

The programme is oriented on the components of modern mechatronic systems, i.e sensors, actors, information technology, the mechanical structure, communication technology and human-machine interfaces.

During the basic studies you will learn all the necessary basics in the fields of mathematics, computer science, physics, electrical and mechancial engineering. Since the first year is taught in English, you have also the opportunity to improve your German language skills with an obligatory intensive German course.

In the advanced study period, which is taught mainly in German, you have the opportunity to specialize according to your preferences and strengths. For this purpose, you can choose between specializations in the fields of robotics, information technology and mechancial engineering.

You will conclude your studies with a Bachelor's thesis, which is often conducted in the strong local, world-wide oriented industry.

With us you will learn in a practical way and make contacts with the industry during your studies.

Study focus areas / specialisations

What sets our degree programme apart are its four specialisations: based on personal interests, each student can choose to specialise in one of these pathways from the fourth semester onwards, allowing them to tailor and focus their studies individually.

Additive Manufacturing

Zwei Personen und ein 3d Druck Bauteil

The Additive Manufacturing specialisation provides a holistic perspective on the digital manufacturing of products—from materials and design for manufacturability to process and production equipment technology, as well as quality assurance. The objective is to enable students to develop complex components and processes efficiently, resource‑efficiently, and with strong practical relevance along a fully digitised 3D printing process chain.

Advanced Sensor- & Control Engineering

zwei Personen arbeiten in einem Elektrolabor

Advanced Sensor & Control Engineering provides in-depth expertise in the development of intelligent sensing, electronic, and networked systems.

The specialisation integrates electronic systems, digital and model-based development, optical metrology, and modern methods such as reinforcement learning, with a clear focus on applications and hands-on practice in a project laboratory.

The aim is to prepare students to analyse, design, and optimise complex measurement, control, and automation systems for mechatronic and robotic applications.

Internationalisation

eine Frau hält eine kleine Weltkugel

This profile is aimed at students who wish to study abroad for one semester or longer at one of the partner universities. Within this profile, academic credits earned abroad can be recognised without difficulty. As a result, students are encouraged to gain international experience.

Robotics and Automation

Ein Student greift mit der Hand an einen Roboter-Greifarm.

The Robotics and Automation specialisation provides hands-on instruction in the fundamentals and methods for the development, control, and integration of modern robotic systems in industrial applications. Students are prepared to design automated solutions, deploy industrial robots in a targeted manner, and confidently master their motion, perception, and control concepts.

Career Perspectives

Due to the growing automation degree in the industry, the demand for well-qualified engineers for the control of machines, application of industrial robots and the development of new service robots will increase further.

As the "region of world-market leaders", the Heilbronn-Franken area is proud to provide a highly dynamic and attractive environment with optimal possibilites for your career entry and advancement. Thanks to their broad technical knowledge and wide practical experience, our graduates can choose from many different job opportunities, both in the region and worldwide.

Programme Structure

Basic Study (in English) and Main Study ​(in German)
  • 1st and 2nd semester
  • 3rd and 4th semester (part I)
  • 5th semester: industry internship
  • 6th and 7th semester (part II)
  • Documents

The basic studies contain basic engineering knowledge.

A compulsory German language course is part of the programme.

  • Mathematics 1 + 2
  • Physics
  • Programming 1 + 2
  • Electrical Engineering and Electronics 1 + 2 (including laboratory practise)
  • Engineering Mechanics 1 - 3
  • Materials (Metals and Plastics)
  • German Language and Academic Skills 1 + 2
    -German Language skills on the CEFR level B1 and B2 within 2 semesters

Master's programme: The completion of your bachelor's degree allows you to start your career or, alternatively, to continue your studies in our master's programme.

Doctorate: Upon completion of your Master's degree, you will also have the opportunity to pursue a doctorate within the framework of university cooperations.

Admission requirements & Application

This programme offers open admission. Please check the Page "Application Bachelor" for the enrolment process.

Contact

Prof. Dr.-Ing. Peter Ott
Prof. Dr.-Ing. Peter Ott
Questions about the programme / Programme Director International Study Programmes
+49 179 3206364
M.Sc. Stefanie Petrick
M.Sc. Stefanie Petrick
Questions about the application process / Programme Advisor
+49 7131 504 1202

Any questions?

Don't hesitate to contact us!

Testimonials

Dr.-Ing Jörg Reisinger
A broad knowledge base in different fields of mechatronics is essential for my current job. I still remember the commitment and constructive cooperation of the professors in a very good study programme. Doing my PhD at Heilbronn University of Applied Sciences together with TU Munich has been the basis of my professional success.
Dr.-Ing Jörg Reisinger
Research and Pre-Development UserInteraction: cross-divisional function haptics, new operating devices at Daimler AG  
Andreas Ehret
In its range and interdisciplinary approach, this study programme provides an ideal preparation for the professional life as an engineer. The advice from professors and staff is first-class - even with technical questions outside of classes and when searching for internships and thesis topics in companies.
Andreas Ehret
Team Leader Applications at Robert Bosch GmbH
Dr.-Ing. Johannes Eckstein
Studying Mechatronics has provided me with the optimal mix of classical engineering disciplines such as mechanics, electronics and software technology. Even in my current position, I still benefit from these experiences and apply them in our projects and in discussions with customers.
Dr.-Ing. Johannes Eckstein
Head of Development Sensors & Optical System at Helbling Technik AG
Dr.-Ing Jörg Reisinger
A broad knowledge base in different fields of mechatronics is essential for my current job. I still remember the commitment and constructive cooperation of the professors in a very good study programme. Doing my PhD at Heilbronn University of Applied Sciences together with TU Munich has been the basis of my professional success.
Dr.-Ing Jörg Reisinger
Research and Pre-Development UserInteraction: cross-divisional function haptics, new operating devices at Daimler AG  

Studying at HHN

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  • Information for Degree Seekings
  • ACCESS² Preparation Year
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