Degree in Biomedicine

You will study using an innovative methodology and in state-of-the-art laboratories on the Málaga campus.

The Biomedicine degree programme at UAX Mare Nostrum combines an advanced approach to the study of the biological aspects of medicine with exceptional practical training, tailored to the current demands of the biomedical sector.
 

You will be trained in key areas:

• Biology: The molecular and cellular basis of how the body functions in health and disease.
• Medicine: The study of diseases, diagnostic and therapeutic tools, and biomarker screening.
• Research: Mastery of laboratory techniques in genetics, immunology and biomedical diagnostics.
• Current trends: Bioinformatics, data science and other innovative technologies.

Personalised and practical training from day one

• At the Málaga campus, you will learn standard laboratory procedures, general techniques, data analysis and the interpretation of results.
• Small-group workshops and state-of-the-art laboratories for practical sessions (<10 students per classroom) with two lecturers per group.
• You’ll visit research laboratories and diagnostic centres in clinics or hospitals to gain first-hand insight into the biomedical applications across different healthcare sectors.

Advanced biomedical technology for learning through research

In addition to the Simulation Hospital, at UAX Mare Nostrum you will work with scientific and teaching equipment typical of biomedical laboratories and research centres. From the very first years of the programme, you will develop experimental and analytical skills using technologies employed in research, biomedical diagnostics and biotechnology, bringing you closer to the professional reality of the sector.

• Anatomy Laboratory  

This laboratory houses anatomical models of all the organs and systems of the human body. It is also equipped with a full range of audiovisual teaching aids, including a wealth of visual material relating to the morphology, structure and function of the human body. 

• Chemistry Laboratory  

The laboratory, with a maximum capacity of 20 workstations, is equipped with the reagents required for preparing solutions and carrying out biochemical tests, all types of glassware (pipettes, flasks, test tubes, burettes, test tubes, Petri dishes, etc.), consumables (gloves, pipette tips, filters, laboratory paper, etc.) to ensure the continuity of practical sessions, and precision balances for analytical work. etc. However, it only partially has the equipment required to carry out practical sessions for some modules on the Biomedicine degree programme. 

• Cellular and Molecular Biology Laboratory – UAX BIOLAB

Currently with capacity for 20 workstations, it is designed as a multidisciplinary space for the Biomedical Science degree programme and is equipped with shared resources (autoclave, ultra-low temperature freezer, safety cabinets, balances, centrifuges, water baths, vortex mixers, etc.), as well as specific areas for Cell Biology (culture cabinets, CO₂ incubators), Molecular Biology (electrophoresis, thermal cyclers, Nanodrop, UV-VIS spectrophotometers, microplate readers and ELISA reader), Microbiology (incubators, Pasteur oven, shakers) and Microscopy (optical, fluorescence and inverted microscopes).

The laboratory also features advanced equipment for biomedical research, such as high-performance liquid chromatography (HPLC) systems, transilluminators, freezers at −80 °C freezers, muffle and forced-air ovens, and individual fume cupboards, enabling students to familiarise themselves with the technologies used in real scientific and biomedical settings. Practical training is complemented by specialised resources for anatomy and histology, including microtomes, histological sections, anatomical models and anthropometric equipment, as well as virtual reality and augmented reality tools for immersive practical sessions and advanced simulations.

On the Biomedicine degree programme in Málaga, we help you connect with the professional world right from the start of your studies, ensuring a high-calibre practical experience.

Specialised work placements at prestigious centres

During the final year of the degree programme, you will undertake:

• 480 hours of work placement at the UAX Biolab on the Málaga Campus, which features state-of-the-art laboratories that simulate your future professional environment.
• 295 hours of work placements at leading research centres and prominent clinics and hospitals.
• 15 additional hours in external laboratories to consolidate your practical knowledge.

Work placements from the second year onwards : from the second year, you will be able to undertake specialised placements in fields such as flow cytometry, animal facilities, genomics or pathological anatomy.

At the Málaga Campus, you’ll have the opportunity to gain an insight into the real world of biomedical and clinical research, building a solid foundation for your professional future in one of the most promising sectors within the health sector.

Professional and scientific experiences from the first year

Your connection with the biomedical sector begins long before your curricular work placements. Throughout the degree programme, you will take part in activities designed to introduce you to the scientific, clinical and business realities of biomedicine.

At the start of each academic year, UAX Mare Nostrum organises Congress Day, an event where researchers, healthcare professionals and leading figures in the sector share their experience and highlight the various career paths available in biomedicine, helping students to find their direction early on. In addition, the campus has an auditorium equipped to host conferences, scientific symposia and specialist seminars, enabling students to engage with experts in the biomedical field and understand how scientific advances are transformed into new diagnostic, therapeutic and applied research tools.

The educational experience is complemented by visits to leading centres and institutions, such as the assisted reproduction unit at Quirónsalud Málaga, where students gain first-hand insight into the clinical application of biomedical advances.

Furthermore, UAX Mare Nostrum continues to expand its network of partners to offer new experiences in scientific, healthcare and biotechnology settings. These initiatives complement the practical training carried out in the Biolabs and reinforce students’ immersion in the environments where biomedical knowledge is generated, researched and applied.

Partner institutions

UAX Mare Nostrum has work placement agreements with some of the country’s most prestigious centres in the sector, such as:

Healthcare institutions:

• Quirónsalud Group
• Vithas Group
• Viamed

Pharmaceutical companies:

• Bidafarma

Biomedical and biosanitary research centres:

• CSIC: IIB, CIB, CBM, CNB, INIA and the Cajal Institute.
• FISEVI
• FIMABIS
• Telómera
• IVI Málaga

Students studying the Bachelor's Degree in Biomedicine must have a definite vocation for issues related to Medicine and Biology. They must see these as a subject of vital transcendence with multiple implications in different fields of basic and applied sciences. Thus, a prior interest in:

1. Biology and subjects related to medicine.
2. The biological and molecular bases of human health and disease.
3. Research into the diagnosis and treatment of diseases.
4. Clinical diagnostic laboratories.
5. Computer and statistical tools for a better use of knowledge in research and the generation of new diagnostic and therapeutic strategies.

• Must have completed the Baccalaureate in Science or cycles related to Health or Life Sciences.
• Must show a capacity for study, a willingness to work and perseverance. They must also be able to work as part of a team and show a high degree of responsibility.
• With regard to specific characteristics, three should be highlighted: capacity for analysis and synthesis in order to draw conclusions, perceptive capacity and a great scientific curiosity that will stimulate them in the face of the new challenges that the development of scientific and technical research will confront them with. As these subjects are constantly evolving, an open mind to changing content will also be essential.

Initial requirement:

• Passing the University Entrance Assessment (EvAU) is compulsory.
• B2 level of English. Students who do not have an official certificate must take a language test to demonstrate their command of this level.
  

University's own tests:

They complement the access process and evaluate the student's suitability for the degree.
They will only be selective if the demand greatly exceeds the supply of places. In this case:

• 70% of the assessment comes from the academic record of the Baccalaureate.
• 30% is based on the results of own tests.

Types of own tests:

• Test of Academic and Personal Competences (TCAP): 5%.
• Specific Biology and Chemistry test (Baccalaureate level): 20%.
• English level test (if there is no B2 certification): 5%.

Steps in the admission process:

• Completion of the TCAP.
• Specific test for health sciences.
• Orientation session on the chosen degree programme.
• Possible personal interview to resolve doubts.
• English test, if applicable.
• Additional assessment criteria:

Specific test for Biology and Chemistry:

• Online proctored test.
• Estimated duration 30'.
• The Biology test will cover the following contents:

Number of places available for new entrants: 50

Graduates in Biomedicine:

• Integrates knowledge of cell biology, genetics, biochemistry, immunology and molecular biomedicine to analyse mechanisms of disease and health.
• Develops competences in experimental laboratory techniques and scientific data analysis.
• Plans, manages and interprets biomedical research projects with methodological rigour.
• Contributes to the application of scientific advances in clinical and biotechnological contexts.

International mobility is a key element in the training of a Biomedicine student because it provides academic and personal experience that is nowadays considered essential in a competitive profile.

Studying abroad allows students to develop skills that are highly valued in the Pharmaceutical Industry, in Research Initiation Programmes, Master's degrees and pre-doctoral contracts: fluency in English, ability to work in multicultural environments, autonomy, adaptation to new work systems and exposure to emerging technologies and methodologies.

In addition, living an international stay demonstrates initiative and maturity, enriches the student's scientific vision and strengthens a CV that stands out in increasingly demanding selection processes, both in the private sector and in research careers.

• Access and admission regulations
• Permanence regulations
• Credit recognition and transfer regulations
• Mobility regulations
• Evaluation regulations
• External placements regulations
• Regulations for the preparation and defence of TFGs

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