BioMechatronics
Overview
Degree:
Master of Science
Duration:
4 semesters
Course Start:
Winter semester & summer semester
Restrictions:
Without NC
1
Apply now!
Contents of the subject BioMechatronics
BioMechatronics deals with the analysis, design and optimisation of mechatronic products by applying knowledge of the living nature. From the engineer's point of view, this biologically inspired approach is an extension of their repertoire of methods. Ideas can come from biology, medicine or even psychology. BioMechatronics thus takes up partial aspects of bionics. Biomechatronic systems are characterised by the fact that they perceive their environment and can act resource-efficiently within it. A key feature is their ability to adapt to both changing and new tasks and environments. Such systems are particularly relevant in the fields of automation technology and robotics. The knowledge that students are taught in areas such as neurobionics, biorobotics and biomechanics, together with various aspects of systems engineering and embedded systems, opens up a wide range of possible applications from automation technology and robotics to medical technology and basic research, e.g. in the field of motion analysis. Moving systems are thus an important rallying point in BioMechatronics. The degree programme is aimed at students who are looking for a career that is close to research and who are attracted to work on problems from engineering sciences with methods from biology, computer science and mathematics. The German-language Master's degree programme in BioMechatronics is jointly offered by the University of Bielefeld and the Hochschule Bielefeld – University of Applied Sciences and Arts (HSBI) and is unique in Germany in terms of both content and organisation.
Contact persons
Advantages of the subject BioMechatronics at Bielefeld University
Interdisciplinary training
The master course in ‘Biomechatronics’ at Bielefeld University combines engineering, biology and computer science. This interdisciplinary course provides students with the ideal preparation for the challenges of biomechatronics and fosters a comprehensive understanding of the interfaces between these disciplines.
Research-intensive faculties
The Faculty of Biology and the Faculty of Technology at Bielefeld University are renowned centres of research. Students benefit from state-of-the-art laboratories and equipment, as well as the opportunity to get involved in current research projects at an early stage.
Practice-Oriented Teaching
The degree programme places great emphasis on combining theory and practice. Students work with modern software and hardware systems and acquire practical skills that are directly applicable in industry.
Diverse career prospects
The degree programme prepares students for a wide range of career fields, including the development of mechatronic systems in industry, medical technology and robotics. Graduates are therefore in demand across a variety of sectors.
International outlook and mobility
The programme promotes international experience through exchange opportunities and partnerships with other universities. This enables students to gain a global perspective and find their feet in an international working environment.
The master course in ‘Biomechatronics’ at Bielefeld University combines engineering, biology and computer science. This interdisciplinary course provides students with the ideal preparation for the challenges of biomechatronics and fosters a comprehensive understanding of the interfaces between these disciplines.
Research-intensive faculties
The Faculty of Biology and the Faculty of Technology at Bielefeld University are renowned centres of research. Students benefit from state-of-the-art laboratories and equipment, as well as the opportunity to get involved in current research projects at an early stage.
Practice-Oriented Teaching
The degree programme places great emphasis on combining theory and practice. Students work with modern software and hardware systems and acquire practical skills that are directly applicable in industry.
Diverse career prospects
The degree programme prepares students for a wide range of career fields, including the development of mechatronic systems in industry, medical technology and robotics. Graduates are therefore in demand across a variety of sectors.
International outlook and mobility
The programme promotes international experience through exchange opportunities and partnerships with other universities. This enables students to gain a global perspective and find their feet in an international working environment.
Career prospects
The degree programme opens up a wide range of career prospects in various fields, for example:
Research and development: A career in the research and development of mechatronic systems at research institutes or in companies that develop innovative technologies is a possibility.
Medical technology: Graduates can pursue careers in medical technology, where they work on the development and optimisation of medical devices and systems.
Automotive industry: The automotive industry offers numerous opportunities for graduates, particularly in the development of intelligent driver assistance systems and autonomous vehicles.
Automation technology: Graduates are in demand in the field of automation technology to optimise systems and develop innovative solutions for production facilities.
Scientific consultancy: Another career path leads into scientific consultancy, where graduates can apply their specialist knowledge to support companies and institutions in the field of Biomechatronics.
Research and development: A career in the research and development of mechatronic systems at research institutes or in companies that develop innovative technologies is a possibility.
Medical technology: Graduates can pursue careers in medical technology, where they work on the development and optimisation of medical devices and systems.
Automotive industry: The automotive industry offers numerous opportunities for graduates, particularly in the development of intelligent driver assistance systems and autonomous vehicles.
Automation technology: Graduates are in demand in the field of automation technology to optimise systems and develop innovative solutions for production facilities.
Scientific consultancy: Another career path leads into scientific consultancy, where graduates can apply their specialist knowledge to support companies and institutions in the field of Biomechatronics.
What are the access requirements?
Access to the Master programme is granted to those who can provide evidence that they have a first university degree which has a standard period of study of at least six semesters, qualifies for exercising a profession and is in accordance with the examination and study regulations.
In any case, please read the specific Admission requirements for this Masters programme in the examination and study regulations (PDF).
Degrees from accredited Bachelor programmes at German ‘Berufsakademien’ are equivalent to Bachelor degrees from universities.
Applicants with a university degree obtained abroad are granted access provided that the degree they have acquired is deemed sufficient for this purpose and they can provide evidence of the required language skills.
Further information on the application process for prospective international students and the language requirements.
Special conditions apply to applicants with a foreign certificate of education.
What formalities are important?
Course start
Studies can be commenced in both winter and summer semesters.
Length and scope of studies
The standard period of studies is 4 semesters. Information on studying part time.
The studies BioMechatronics comprise 120 credit points.
Application, admission, and enrolment
Application for the Summer semester:
The study places for this degree programme are not subject to any restrictions (numerus clausus). Nevertheless, you need to apply online to the Hochschule Bielefeld – University of Applied Sciences and Arts (HSBI) Registrar’s and Examination Office by 15 January for the approval procedure.
As soon as you receive a positive response, you can enrol or change your programme within the set deadline. Further information and instructions on the application procedure can be obtained from the Registrar’s and Examination Office at Hochschule Bielefeld – University of Applied Sciences and Arts (HSBI).
Special conditions apply to applicants with a foreign certificate of education.
Application for the Winter Semester:
The study places for this degree programme are not subject to any admission restrictions (numerus clausus). Nevertheless, you need to apply within the currently applicable application deadlines.
As soon as you receive a positive response in the application and status portal (notice of access from the faculty), you can submit your application for enrolment within the set deadline.
Step by step to a Master programme without NC
Special conditions apply to applicants with a foreign certificate of education.
The courses
You will find the programme of lectures for this course in the eKVV.
An overview of the introductory and information events is provided by the central student counselling services.
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The information on admission restrictions / numerus clausus (NC) refers to applications for the winter semester 2026/27 and summer semester 2027.
Information on NC values from previous years
Sidebar
Overview
Degree:
Master of Science
Duration:
4 semesters
Course Start:
Winter semester & summer semester
Restrictions:
Without NC
1
Apply now!
Important to know
List of modules (study content) Programme of lectures (eKVV) Studien- und Prüfungsordnung (PDF)
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