Biomedical Engineering

Master of Science (MSc)

Biomedical Engineering

Biomedical Engineering is an engineering discipline that designs technologies and methods for the health benefit of people. The Biomedical Engineering programme at Ulm University is embedded in research-intensive engineering sciences and clinical medicine, a combination which is unique in Baden-Württemberg. In this environment, the degree programme imparts all the specialist knowledge and skills required to meet the demands of the engineering profession of Biomedical Engineering. There are three specialisations in the master's degree programme, which combine the main research areas of biomedical engineering at Ulm University: 1) Sensors & Systems, 2) Signals & Data, 3) Mental Health Technologies.

More about the course

The work of the biomedical engineer focuses on solving biomedical tasks by technical means. The master's degree programme in Biomedical Engineering is research-oriented and builds on the  bachelor’s programme in Biomedical Engineering. The programme aims to provide a qualified education at the interface between electrical engineering, computer science and health sciences in order to be able to make independent and innovative contributions to research and development in biomedical engineering. In-depth knowledge of biomedical engineering, electrical engineering, information technology, computer science, medicine, psychology and biology is taught with a focus on the research priorities of the disciplines.

Academic Degree

Master of Science (MSc)

Type of Study
  • full-time
Admission regulations

further information

Start of Study
  • WS 25/26
Language of instruction
  • German or English
Admission Requirements
  • no restriction
ECTS Credits

120

Standard Period of Study

4

Inventing new technologies 

and doing something for people at the same time

Structure

In the consecutive Biomedical Engineering master's programme, academic training is continued in a multidisciplinary environment. Currently, there are three areas of specialisation, organised according to key technologies in Biomedical Engineering ("Sensors & Systems" and "Signals & Data") and health applications ("Mental Health Technologies").

The master's programme begins in autumn and spring and is offered bilingually in German and/or English. Students graduate after achieving 120 ECTS (credit points) and successfully defending a master's thesis.

In order to enable lateral entrants (BSc from other Engineering disciplines, Physics or Computer Science) and international students without a background in Human Medicine to join the programme, the first semester is designed in such a way that the Human Medicine topics can be completed without additional credits. Only one additional credit point must be invested if the concepts of human research such as ethics, Good Clinical Practice (GCP), Good Manufacturing Practice (GMP) also need to be completed.

Study objectives

The work of the biomedical engineer focuses on solving biomedical challenges using technical means. The BMT master's programme is research-oriented and builds on the Biomedical Engineering bachelor's programme. The aim of the programme is to provide qualified education in Medical Engineering at the interface between Electrical Engineering, Computer Science and Health Sciences in order to be able to make independent and innovative contributions to research and development in Biomedical Engineering. The programme provides a sound knowledge of Biomedical Engineering, Electrical Engineering, Computer Science, Medicine, Psychology and Biology with a focus on the research focus of the disciplines.

At a glance

What are the highlights of the Biomedical Engineering degree program at Ulm University?

 

  • We offer a research-oriented engineering study program with applications that benefit human health.
  • You will be taught the essential technical principles of engineering, complemented by natural and health science topics.
  • Engaging with medical experts and students from other disciplines will provide you with a unique perspective on your subject area.
  • Future-oriented specialization options in the fields of sensor technology and systems, as well as data and signals, guarantee attractive career opportunities in numerous industries.
  • Profile-building specializations such as Mental Health Technologies.
  • Our courses are top quality! Our engineering degree programs are rated among the best in Germany (CHE Ranking 2022).
Wearable heart

Qualified training in medical technology at the interface between electrical engineering, computer science and health sciences

International mobility

Biomedical engineering encompasses many subject areas, much more than a single university could cover. A great way to broaden your horizons in one subject area is to study at a foreign university. Students at Ulm University can apply for one or two semesters abroad at numerous universities, both throughout Europe as part of the ERASMUS program and outside Europe. If you don't want to attend lectures, internships and dissertations at other universities are also possible.

Are you interested in a stay abroad?
Information can be obtained from the International Office or the mobility officer for Engineering Sciences.

Further information on funding programs and scholarships, list of partner universities and internships

International Office

international students

Career prospects

Technology and artificial intelligence is playing an increasingly important role in medical research and care. Connectivity of medical devices, automation of processes, personalisation of treatments, innovative sensor technology and procedures: All of these topics require engineers with multidisciplinary training in Biomedical Engineering to drive these developments forward, test them and transfer them into pre-clinical and clinical applications. The biomedical engineering sector is an important and rapidly growing industry in Germany, and the demand for well-trained specialists is constantly very high.

The application areas are therefore very broad. 
Some examples:

  • Research and development at a medical technology company or supplier
  • Installation and operation of complex medical engineering systems in a clinical environment
  • Sales, process and quality management
  • Consultancy for pharmaceutical and medical device manufacturing
  • Development of systems to support digital health applications (DIGA)
  • Substitutes for medical engineering in public institutions and authorities
  • Don't forget: MedTech spin-offs are not only lucrative, they drive innovation! Our Entrepreneurs Campus is there to help you with this

 

Studying and living in Ulm

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