Get a Master's degree in Biomaterial Engineering for Medicine

Master of Science (MSc) in Biomaterial Engineering for Medicine

What if the right material could transform the way we diagnose and treat disease? In the Master of Science (MSc) in Biomaterial Engineering for Medicine, you combine engineering with biology and medicine to develop new health technologies. You gain the interdisciplinary perspective needed to turn advanced materials into solutions that can improve human health.

Biomaterial Engineering for Medicine

The foundation for better healthcare

The MSc in Biomaterial Engineering for Medicine brings together materials science, engineering, biology, and medicine. You develop skills in designing, characterizing, and evaluating materials with human health in mind. A key focus is understanding how material properties influence interactions with biological systems - and how this knowledge can be applied to drug delivery, cell-based therapies, and diagnostic technologies.

The programme combines a strong theoretical foundation with experimental work. You investigate materials at the molecular level and study their formulation, characterization, and biological evaluation, gaining an understanding of how advances in materials can be translated into healthcare applications. Much of the learning is hands-on.

Through laboratory work and group projects, you put theory into practice, tackle healthcare challenges, and collaborate with students from different academic backgrounds.

This interplay between materials engineering and biological understanding gives you competences that cross traditional disciplinary boundaries.

You develop the skills to communicate with specialists in engineering and the life sciences while approaching health challenges from different perspectives - preparing you to contribute to new technologies with the potential to improve people’s lives.

Specializations

The MSc in Biomaterial Engineering for Medicine offers a high degree of flexibility and allows you to specialize in areas that match your academic interests and career ambitions. Through carefully designed specializations, you can tailor your study programme while maintaining a strong foundation in biomaterial engineering.

 

Diagnostics Technology Engineering

Gain specialized knowledge of biomarkers, microfluidics, sensors, and biomaterials—and how they come together in technologies that analyse biological samples. The focus is on developing faster, more precise diagnostic methods for personalized medicine.

 

Drug Delivery Systems Engineering

Getting a drug to the right place in the body requires careful control of its formulation, transport, and release. You develop skills in controlling these processes and gain knowledge of the preclinical development of new drug delivery systems.

 

Healthcare Materials Engineering

Material properties are critical when technologies interact with the human body. This specialization explores materials chemistry and material–tissue interactions, building your skills in analysing materials for medical devices, implants, and other health technologies.

 

Cell Therapy

Stem cells, immune cells, and mammalian cell technology form the scientific core of this specialization. You gain a deeper understanding of how living cells can be used as therapeutic tools in regenerative and immune-based treatments.

Combine work with study!

You have the the opportunity to join an Industry Master of Science in all DTU's master's programmes.

Combining work and study, an industry master's programme is the ideal way to apply your academic knowledge in real-world settings and build a strong foundation for your future career.
Learn more about the Industry MSc

Future opportunities

With an MSc in Biomaterial Engineering for Medicine, you enter a field with a wide range of career opportunities, both in Denmark and internationally. Pharmaceutical, MedTech, and biotech companies need engineers who can connect materials and technology with an understanding of biological systems—and translate that expertise into solutions for human health.

You could work in research and development at Novo, helping to develop new approaches to drug delivery, or in diagnostics and product development at Radiometer. At Coloplast, your understanding of materials and their interaction with the body could contribute to the development of medical devices, while Bioneer offers opportunities to apply your expertise within biotechnology and cell-based technologies. Other career paths include roles in quality and regulatory affairs, where technical expertise is essential for bringing new healthcare products into use.

The competences you gain are relevant across the international healthcare industry, giving you the flexibility to build a career in Denmark or abroad and explore new fields as technologies evolve. You can also pursue a PhD to deepen your expertise and contribute to research into new biomaterials and medical technologies.

Application and admission

Admission requirements

Learn more about the academic requirements and the selection criteria for this programme.

How to apply

All you need to know about applying for admission to an MSc programme at DTU.

Any questions?