Reasons to study this Master's programme
1. Programme focused on technological innovation in health. The master's degree is set apart by its unique focus on the application of advanced technologies—such as big data, artificial intelligence, nanotechnology and new biomaterials—to solve the most pressing challenges in hospitals, healthcare centres and industry. Training designed for those who aspire to lead the technological evolution in healthcare.
2. Comprehensive, multidisciplinary and applied training. The programme combines advanced knowledge of engineering and health sciences with a solid practical training. Through real projects, laboratory practice and in silico studies, you will acquire the necessary skills to tackle everything from the design of medical devices to strategies in regenerative medicine. This methodology will prepare you to take on challenges in demanding professional environments.
3. Research with global impact. As part of the Bioengineering Institute of Technology (BIT), you will have access to a leading bioengineering research ecosystem, with innovative projects in biomaterials and biodevices. The programme encourages your active participation in interdisciplinary studies, challenging you to develop technological solutions that improve the quality of life for patients around the world.
4. Preparation for industry and research
This master’s degree not only trains you in technical areas, but also trains you in business management, health regulation and entrepreneurship. These competences position you to contribute to the technology and pharmaceutical industry, in research centres or in technology transfer projects.
5. International mobility and global vision. The master's degree includes national and international mobility options to carry out the Final Master's Degree Project (TFM) in collaboration with prestigious universities and research centres. In addition, the international nature of the programme ensures that you work with global cases, strengthening your professional profile in a highly competitive market.
6. Interdisciplinary teaching with a focus on the patient. With a teaching staff made up of specialists in engineering, health and applied sciences, you will receive an education that combines academic excellence and practical vision. This approach, focused on the real needs of healthcare staff and patients, ensures that your skills have a direct impact on improving human wellbeing.
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