At the intersection of healthcare, engineering and artificial intelligence.
Biomedical engineers connect medicine and technology. They design, develop and maintain medical equipment, contribute to patient safety and support innovation in hospitals, clinics and healthcare companies.
Understand medical-device operation and clinical use
Design and maintain safe biomedical equipment
Apply AI, image processing and data to healthcare
Master quality and medical regulatory requirements
A clear view of the programme, application process and support offered by ESPITA.
Your application is reviewed according to your academic level, qualifications and study project.
Lectures, tutorials, practical work, projects and case studies structure your progress.
Professional experience supports skills development and employability.
Students can receive support for mobility, international internships and further study.
Payment terms and schedules are confirmed with the administration office.
Technical and professional English is progressively integrated into the programme.
Each stage combines courses, practice, projects and professional skills development.
Project: acquire and analyse a physiological signal.
Project: prototype or intelligent monitoring solution for healthcare.
Industry or hospital final project addressing a real healthcare need.
Detailed content may evolve during curriculum updates. The admissions office confirms the version applicable to each intake.
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Talk to our admissions team and find the programme that fits your goals.