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Biomedical Engineering and Informatics, MSc in Engineering

Master degree

Biomedical Engineering and Informatics, MSc in Engineering

The Master's programme in Biomedical Engineering and Informatics deals with the development of advanced technology for use in hospitals and in the health sector in general. You will gain competencies in computer programming, signal processing, physiological modelling, machine learning and clinical information systems.

Aalborg
Where
English
Language
2-year education
Master degree
September
Study start

Master degree

Biomedical Engineering and Informatics, MSc in Engineering

The Master's programme in Biomedical Engineering and Informatics deals with the development of advanced technology for use in hospitals and in the health sector in general. You will gain competencies in computer programming, signal processing, physiological modelling, machine learning and clinical information systems.

Aalborg
Where
English
Language
2-year education
Master degree
September
Study start

About the programme

The Master's programme in Biomedical Engineering and Informatics unites engineering, technology, data and health. You should choose the Master's programme in Biomedical Engineering and Informatics if you are curious about how to measure and interpret signals from the body, and how to influence the body with different instruments. You will have the opportunity to work on the electrical stimulation of muscles to alleviate movement disabilities or incontinence, and on the interpretation of signals from the body, motor control – for example, how the nervous system controls muscles, and how brain signals can be used to communicate or control different equipment. You can also delve into pain research and investigate how the body reacts to, for example, muscle pain. Another option is to work on the collecting and processing of clinical information in the healthcare sector – for example, how data pipelines can be developed for IT in the healthcare sector to support data-based processes in diagnosis and treatment, how artificial intelligence can be used in decision support for diagnosis and therapy in lung diseases and diabetes, or how medical image analysis can assist in diagnosing Alzheimer's.    

New Master’s options

We expect that as of 2028 you will be able to take this Master's degree programme as a 2-year programme (full-time study, 120 ECTS credits) and as a 3-year Master's for working professionals (first year full-time and then two years of part-time study in combination with relevant employment)

Learn more about your new master’s options at AAU

Programme structure

Academic content 

Each semester, you and your group work on projects in close collaboration with a project supervisor. In the first two semesters, there is equal emphasis on course teaching and project work. In the third and fourth semesters, you and your group work on larger semester projects. The projects will generally focus on the design of scientific project, health technology signal analysis and processing, clinical information systems and models, and health technology research collaboration.  

Semester overview

Skills and job opportunities

Admission and requirements

Student life

Contact and guidance

Meet AAU