Biomedical engineers apply engineering principles, design, and analysis to biological systems, biomedical technologies, medicine, and healthcare. They often help develop devices, diagnostic tools, treatment technologies, and systems that improve patient care.
The field of biomedical engineering narrows the gap between engineering and medicine by combining technical design with biological and medical knowledge. Its applications include therapy, monitoring, diagnosis, rehabilitation, medical imaging, biomaterials, and medical devices.
Europe is a strong place to begin your journey in the biomedical field. The region has many technologically advanced universities with established engineering, medical, and health-technology research environments. Refer to the guide below as we discuss some notable biomedical engineering schools in Europe that offer relevant programs and research opportunities in this discipline.
Top Biomedical Engineering Schools in Europe
1. Delft University of Technology
The Delft University of Technology aims to influence society through research, education, and talent development. It works with industry, government, and social organizations to encourage technological innovation. Through support from private and public sectors, TU Delft strives to attract talented students and future researchers who can contribute to scientific and social impact.
TU Delft offers a full-time, English-taught MSc in BioMedical Engineering worth 120 ECTS credits over 24 months. The program helps students combine knowledge of biology and medicine with technical training from engineering fields such as electrical, mechanical, materials, and physics-based engineering. Students develop theoretical and practical skills while working in an environment connected to physicians, researchers, and healthcare professionals.
Students interested in biomedical engineering at TU Delft can also explore doctoral research through the university’s Graduate School after completing a suitable master’s degree.
2. University College London
University College London offers undergraduate, postgraduate taught, and postgraduate research programs through its Department of Medical Physics and Biomedical Engineering. Students can study biomedical engineering and related areas while learning from practitioners and researchers working on healthcare technology.
UCL offers biomedical engineering programs from undergraduate study to postgraduate research, including Biomedical Engineering BEng, Biomedical Engineering MEng, postgraduate taught degrees, and research degrees such as Medical Physics and Bioengineering MPhil/PhD.
In postgraduate education, students can choose programs and streams related to Radiation Physics, Biomedical Engineering and Medical Imaging, Medical Robotics and Artificial Intelligence, and Medical Physics and Biomedical Engineering. UCL graduates pursue careers in academic research, the NHS, private healthcare, and industry.
3. RWTH Aachen University
RWTH Aachen University welcomes students from around the world to its English-language MSc in Biomedical Engineering.
The program is an interdisciplinary course of study involving natural sciences, medicine, and engineering. It is taught in close cooperation with clinics and industry, and during the four-semester program, students are trained to transfer engineering principles and techniques to medicine and to find practical solutions in the field.
RWTH also values small-group teaching. In some modules, classes are held with no more than 30 students, which supports closer interaction between educators and students.
Interested applicants may also explore scholarship and funding opportunities through RWTH. In the 2025/26 winter semester, RWTH reported 44,382 students, including 15,811 international students from 141 countries. In 2025, the university reported 570 professors, 6,205 other academic staff, 2,943 non-faculty staff, and 419 trainees.
4. KU Leuven
KU Leuven is an international research university where innovative research supports its academic programs. Students and researchers gain insights from experts while working on challenging issues in areas such as biomedical engineering.
The Master of Biomedical Engineering at KU Leuven is a 120-ECTS program taught in English and also available in Dutch. The program is designed for students who want to combine medical sciences with engineering to design and develop biomedical-technological products and biomedical information-processing services.
KU Leuven’s faculty aims to train interdisciplinary biomedical engineers who can act as integrators between medical and technological specialists by understanding medical problems and responding to them through engineering concepts.
The curriculum includes compulsory courses, a research training component, a master’s thesis, and one of six options. KU Leuven’s links with hospitals, research groups, and biomedical industries are valuable assets for students who want exposure to current developments in the field.
5. University of Oxford
The University of Oxford established the Institute of Biomedical Engineering (IBME) in 2008 as a venue for cross-disciplinary biomedical engineering research and postgraduate training. IBME supports work on novel medical devices, systems, and technologies and brings together engineers, clinicians, and scientists to address needs in disease prevention, diagnosis, and treatment.
Oxford presents a different take on biomedical engineering. Its undergraduate Engineering Science course is a four-year program leading to the MEng degree. The first two years focus on core engineering topics, while the third and fourth years allow students to specialize in one of eight branches of engineering, including Biomedical.
At the graduate level, Oxford offers research-based Engineering Science degrees that include biomedical engineering among the areas of study. These include the MSc by Research in Engineering Science and the DPhil in Engineering Science.
Because IBME focuses on translating engineering technologies into clinical practice, Oxford remains a strong option for students interested in biomedical engineering research and training.
6. Imperial College London
Imperial College London is known for its focus on science, technology, engineering, medicine, and business. Its Institute of Biomedical Engineering coordinates research in the field of biomedical engineering, while the Department of Bioengineering offers teaching and research opportunities for students interested in health technology and medical engineering.
Imperial currently lists Biomedical Engineering as a four-year, full-time MEng program. The course develops engineering skills and knowledge for addressing problems in medicine and biology. Imperial also offers a one-year intercalated BSc in Medical Sciences with Biomedical Engineering for current medical students who want to learn more about bioengineering as part of their training.
These options, along with Imperial’s research environment and its connections across engineering and medicine, make it a strong school to consider for biomedical engineering in Europe.
7. ETH Zurich
ETH Zurich was established with the mission to educate engineers and scientists. It has worked on this mission for more than 150 years through institutes focused on science, technology, engineering, and mathematics. For aspiring biomedical engineers, the university offers a Master’s program in Biomedical Engineering.
The program requires 120 credits and generally takes four to five semesters to complete. Students choose a specialization among Bioelectronics, Biomechanics, Bioimaging, Medical Physics, and Molecular Bioengineering. This multidisciplinary training makes ETH Zurich another strong option for students interested in biomedical engineering.
We hope that you found this article on the best biomedical engineering schools in Europe informative and helpful. Make sure to also check out the Available Programs in Europe!
