Biomedical Engineering integrates principles, methods, and tools from the sciences, technology, and engineering to analyse and solve problems in medicine and biology. If you have a versatile profile, a special taste for health matters, and a strong motivation for technology, particularly electronics and computer science, this is your engineering.
Competencies
What areas can you work in?
Hospitals and health centres;
Diagnostic and imaging centres, haemodialysis and radiotherapy, clinical analysis, physiotherapy and physiatry;
Companies for the development of biomedical and hospital materials;
Companies that develop computer applications in the area of Health;
Research units or centres in the area of Bioengineering and Biomedicine.
Learning Outcomes
What does this degree give you?
You will be able to apply engineering principles to the healthcare industry to solve clinical problems.
You will work in a multidisciplinary area of growing interest.
You will contribute creatively to the development of biomedical technologies.
You will receive practical training, supported by a solid scientific foundation.
Courses
Term 1
Code
Name
Year
Term
ECTS
Type
Mobility
Term 2
Code
Name
Year
Term
ECTS
Type
Mobility
Term 1
Code
Name
Year
Term
ECTS
Type
Mobility
Term 2
Code
Name
Year
Term
ECTS
Type
Mobility
Year 1
Code
Name
Term
ECTS
Type
Mobility
Year 2
Code
Name
Term
ECTS
Type
Mobility
Year 3
Code
Name
Term
ECTS
Type
Mobility
Year 4
Code
Name
Term
ECTS
Type
Mobility
Year 1
Code
Name
Term
ECTS
Type
Mobility
Year 2
Code
Name
Term
ECTS
Type
Mobility
Year 3
Code
Name
Term
ECTS
Type
Mobility
Year 4
Code
Name
Term
ECTS
Type
Mobility
Admission Requirements
You want to apply to ISEP? Here is what you need to know!
If you are a Mobility Student – joining us for a semester or a year (including Erasmus and Double Degree students) – go to: