12 Master Programs in Biomedical Science in Europe for 2024

The program creates a platform for understanding the involvement of surface science in biomedicine and biotechnology. You will get theoretical knowledge and practical skills in the areas of biomedical activities that require expertise beyond the traditional disciplines of biomedicine, chemistry, or biology.

The Master's Degree Program in Biomedicine offers a unique training opportunity in molecular biosciences combined with medicine at the UEF School of Medicine. The training advances your knowledge in the most recent developments of molecular biomedicine and its translational opportunities, focusing on genome-based prognostics and diagnostics as well as personalized treatments.

This 2-Year Master’s Degree in Biotechnology and Medical Biology bridges theoretical knowledge to hands-on training in biological research, with an emphasis on biological processes underpinning human physiology and pathology.

Providing you with an in-depth knowledge of the field and allowing you to gain practical experience working as part of leading research groups in the Centre for Cardiovascular Sciences you will investigate molecular, physiological and pathological processes underlying cardiovascular homeostasis in health and disease.

The Master of Biomedical Sciences focuses on state-of-the-art methodology, knowledge, insight, and academic skills, enabling graduates to unravel the molecular mechanisms of health and disease as independent researchers.

The master study program Laboratory Biomedicine at the University of Ljubljana is conducted in the Slovenian language and all candidates must demonstrate a knowledge of the Slovene language at the level of “B2” according to the Common European Framework of Reference (CEFR) with the relevant certificate, before enrolment. The program Laboratory biomedicine is provided to train skilled professionals for analytical jobs in medical laboratories of different specific fields within laboratory medicine, in research institutions and in laboratory medicine related fields of activity, such as agencies, industry and national authorities. Graduates will be qualified to independently follow new findings and use them in the field of laboratory medicine, and adapt to the requirements of laboratory diagnostics. They will also gain applicative knowledge from the fields of research work and management fundamentals, administration and legislation. The program provides the basics for lifelong technical training. Graduates will be qualified to continue their studies in the doctoral program Biomedicine or in laboratory oriented specializations (e.g. medicinal biochemistry).

In the last decade decisive advances have been made in understanding life, in its molecular dimension, and consequently we have evolved in a vertiginous form from a disease perspective, in its diagnosis and therapeutics. Molecular Biomedicine is at the interphase between Medicine/Health and Biology and involves knowhow from Molecular Biology, Genomics, Proteomics, Human health and Pathology.

The Master's course in Environment and Health aims to train professionals with skills to assess and understand the fundamental interrelationships between the natural and humanized environment and health, providing future Masters with knowledge and skills to: define priorities in the area of environmental health; critically discuss the principles of analysis for decision making and their application to the integrated assessment of environmental and health risk; to consolidate knowledge and experience in environmental health management and prevention; and mobilize knowledge that enables integration in research and professional activities in the subject of environment and health.

Biomedical engineers with this solid education shall be capable of understanding, modeling, and creating complex biomedical systems. This multidisciplinary program aims to form professionals capable of finding innovative technological solutions for healthcare-related problems, in areas such as medical imaging, medical instrumentation, medical physics, radiotherapy, biodevices, biomaterials, processing and analysis of biomedical signals, bioinformatics, medical information management, etc; who produce an effective benefit to medical diagnosis and treatment, clinical monitoring and control and quality of life in general. It is also an objective that these professionals can contribute to the technological and scientific development in the context of high-level research to develop, for example, at national or foreign research units in the areas of biomedical engineering

The programme provides cutting edge knowledge and essential practical and communication skills for an academic research career within the field of biomedicine. It focuses on understanding disease mechanisms at a molecular level, particularly for the most common and widespread diseases, with the aim of developing future methods for the diagnosis and treatment of these diseases.

This course will prepare you for a research degree or career in biomedical science. If you would like to find out more information about scholarships, applying or communicate with admissions staff about your qualifications or experiences, please leave your email details here - www.masters.sgul.ac.uk or course info: www.sgul.ac.uk/postgraduate