Degree Overview

Following the rapid evolution of engineering in all its fields, Biomedical Engineering was the first to change and has since become the catalyst for the transformative advancements being made in modern medicine today. Biomedical Engineering transitions from the macroscopic to the micro and nano level. As a highly interdisciplinary field, it is currently leading the creation of the technological prerequisites for enabling the establishment of modern precision or personalized medicine concepts.

Our program seeks to capture these global megatrends by offering high-level education in three major sectors:

  • Biofabrication, Molecular Diagnostics, and Therapy Module
  • Biomedical Imaging
  • Medical Information Systems

The program is entirely conducted in English, ensuring accessibility for international students and preparing graduates for global career opportunities.

Our program is flexible in the sense that it offers two graduation tracks:

  • 90 ECTS Track: Designed for students aiming to pursue careers as biomedical engineers in industry or hospitals.
  • 120 ECTS Track: Tailored for students planning to continue into a PhD program, involving a research-grade thesis conducted in one of the affiliated research labs.

In both tracks, the scientific education is complemented by lectures and projects on selected hot topics related to the management of biomedical technology, including:

  • Regulatory Systems
  • Patent Drafting and IPR Management
  • Design and Execution of Clinical Trials
  • Ethics in Science and Medicine

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