Bachelor's Degree in Biomedicine 48 months Undergraduate Programme By Universidad Alfonso X el Sabio |TopUniversities

Programme overview

Main Subject

Biological Sciences

Degree

BSc

Study Level

Undergraduate

Study Mode

On Campus

Prepare to lead in the future of health with a Biomedicine degree designed to tackle humanity’s most pressing medical challenges. This program offers the most modern curriculum in Spain, incorporating advanced subjects such as omics sciences and data-driven personalized medicine not commonly found in other universities. You will complete over 750 hours of practical training—500 in UAX’s specialized labs, including the Biomedical Research Unit (UIB-UAX) and Europe’s largest Virtual Simulation Hospital, and 300 in prestigious external research centers, hospitals, and companies.

Study in a scientific English-immersive environment (20% of the program) and engage in interdisciplinary UAX Makers projects, working with students from Medicine and Biotechnology on real-world challenges. The curriculum includes the IBM Data Science Certificate and emphasizes hands-on research across biomedical analysis, bioinformatics, and clinical investigation. With access to leading faculty from institutions like the CNIC and CNIO, you will graduate as a highly qualified biomedical scientist ready to innovate in research, diagnostics, and therapeutic development.

Programme overview

Main Subject

Biological Sciences

Degree

BSc

Study Level

Undergraduate

Study Mode

On Campus

Prepare to lead in the future of health with a Biomedicine degree designed to tackle humanity’s most pressing medical challenges. This program offers the most modern curriculum in Spain, incorporating advanced subjects such as omics sciences and data-driven personalized medicine not commonly found in other universities. You will complete over 750 hours of practical training—500 in UAX’s specialized labs, including the Biomedical Research Unit (UIB-UAX) and Europe’s largest Virtual Simulation Hospital, and 300 in prestigious external research centers, hospitals, and companies.

Study in a scientific English-immersive environment (20% of the program) and engage in interdisciplinary UAX Makers projects, working with students from Medicine and Biotechnology on real-world challenges. The curriculum includes the IBM Data Science Certificate and emphasizes hands-on research across biomedical analysis, bioinformatics, and clinical investigation. With access to leading faculty from institutions like the CNIC and CNIO, you will graduate as a highly qualified biomedical scientist ready to innovate in research, diagnostics, and therapeutic development.

Admission Requirements

4 Years
Sep

Scholarships

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Frequently Asked Questions

It is common to confuse these two fields of study, especially as both are currently in high demand. While both Biomedicine and Biomedical Engineering drive important advances for societal development, they operate differently. Biomedicine focuses on understanding the molecular, biochemical, cellular, pathophysiological, and therapeutic mechanisms of human diseases. This enables competitive research into the development of new procedures for the diagnosis, treatment, and prevention of illnesses. A degree in Biomedical Engineering, on the other hand, is an interdisciplinary discipline that applies engineering principles, research, and logic—using technology—to solve challenges and problems affecting human health.
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