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Addressing complex biomedical issues

The master's programme in Biomedical Sciences is a two-year, full-time programme

The master's programme in Biomedical Sciences is a two-year, full-time programme

The aim of the first year is to get an understanding of the integration of the different biomedical sciences around biomedical issues, and to acquire advanced knowledge, skills and understanding in one of the disciplinary biomedical specialisations: Immunology or Infectious Diseases. Deepening the disciplinary biomedical specialisations provides an in-depth understanding within the chosen discipline and includes a laboratory/experimental internship.

The aim of the second year is to broaden the knowledge, skills and understanding in either another biomedical discipline (Immunology or Infectious Diseases) or in a more societal discipline, either International Public Health or Education – Teaching Biology (Dutch only).

The programme’s structure ensures that you will gain knowledge, skills and understanding within two biomedical (sub)disciplines.

The programme consists of:

    • General compulsory courses (24EC), including the start course Integrated Biomedical Sciences and a Literature Thesis
    • Two specialisations (48EC each), each containing 18EC in specialisation courses and one internship (30EC)

Courses form half of the Biomedical Sciences programme. For the other half, you must conduct your own research. There is plenty of scope for practical work, giving you the opportunity to use the very latest research methods and equipment. You can also select a work placement in policymaking, education or communication, depending on your chosen specialisation.

The Biomedical Sciences  Master’s is a two-year programme of 120 ECs. The programme is in English.
The start date of this programme is September 1st.

You can read more about the Biomedical Sciences Master's programme and course descriptions in the study guide.

VU Master's Event

Saturday 7 March 2026

First year

Your first year of the programme will begin when you choose one of two research specialisations. You will choose relevant specialisation courses, and later your first internship, in line with your chosen specialisation. There are four compulsory courses: Integrated Biomedical Sciences, Academic Writing, Study and Career, and Ethics in Life Sciences.

Summary

With a specialisation in Immunology, you will have a broad understanding of immunological processes. This ranges from the molecular and cellular interactions between host and pathogen to an integrative knowledge of the role of the immune system in various pathologies, such as cancer, infectious diseases and autoimmunity.

You will also specialise in one of the subjects within the field of Immunology. At the end of the programme, you will understand current theory and the key research questions in the field, and have an understanding of the scientific and social relevance of this subject area. 

Compulsory Courses

  • Advanced Molecular Immunology and Cell Biology
  • Clinical Immunology
  • Immune Modulation, Monitoring and Metabolism
  • Internship Immunology

You can find the complete course overview for this year in the study guide.

Summary

With a specialisation in Infectious Diseases, you gain a broad understanding of the biology of pathogenic organisms and the interaction between pathogens and their hosts.

You will gain the ability to conduct scientific research in the field of medical microbiology and to critically assess the results of microbial research. You will also choose a specialisation in one of the subjects within the field of infectious diseases.

Compulsory courses

  • Advanced Molecular Immunology and Cell Biology
  • Molecular Infection Biology
  • Internship Infectious Diseases

You can find the complete course overview for this year in the study guide.

  • Immunology

    Summary

    With a specialisation in Immunology, you will have a broad understanding of immunological processes. This ranges from the molecular and cellular interactions between host and pathogen to an integrative knowledge of the role of the immune system in various pathologies, such as cancer, infectious diseases and autoimmunity.

    You will also specialise in one of the subjects within the field of Immunology. At the end of the programme, you will understand current theory and the key research questions in the field, and have an understanding of the scientific and social relevance of this subject area. 

    Compulsory Courses

    • Advanced Molecular Immunology and Cell Biology
    • Clinical Immunology
    • Immune Modulation, Monitoring and Metabolism
    • Internship Immunology

    You can find the complete course overview for this year in the study guide.

  • Infectious Diseases

    Summary

    With a specialisation in Infectious Diseases, you gain a broad understanding of the biology of pathogenic organisms and the interaction between pathogens and their hosts.

    You will gain the ability to conduct scientific research in the field of medical microbiology and to critically assess the results of microbial research. You will also choose a specialisation in one of the subjects within the field of infectious diseases.

    Compulsory courses

    • Advanced Molecular Immunology and Cell Biology
    • Molecular Infection Biology
    • Internship Infectious Diseases

    You can find the complete course overview for this year in the study guide.

Second year

In the second year, you can shape your degree to your future ambitions.  Opt for a complete research profile by choosing the other research specialisation, develop an alternative second research year that you can compile yourself, or choose a profile with a closer link to society.  

The second year is also the time to write your literature thesis, and conduct your second internship, in line with your chosen specialisation. You also finish the Study and Career course in your second year.

Summary

With a specialisation in Immunology, you will have a broad understanding of immunological processes. This ranges from the molecular and cellular interactions between host and pathogen to an integrative knowledge of the role of the immune system in various pathologies, such as cancer, infectious diseases and autoimmunity.

You will also specialise in one of the subjects within the field of Immunology. At the end of the programme, you will understand current theory and the key research questions in the field, and have an understanding of the scientific and social relevance of this subject area. 

Compulsory Courses

  • Advanced Molecular Immunology and Cell Biology
  • Clinical Immunology
  • Immune Modulation, Monitoring and Metabolism
  • Internship Immunology

You can find the complete course overview for this year in the study guide.

Summary

With a specialisation in Infectious Diseases, you gain a broad understanding of the biology of pathogenic organisms and the interaction between pathogens and their hosts.

You will gain the ability to conduct scientific research in the field of medical microbiology and to critically assess the results of microbial research. You will also choose a specialisation in one of the subjects within the field of infectious diseases.

Compulsory courses

  • Advanced Molecular Immunology and Cell Biology
  • Molecular Infection Biology
  • Internship Infectious Diseases

You can find the complete course overview for this year in the study guide.

Summary

When you choose a specialisation in International Public Health, you will have a broad understanding of current and future challenges in international public health, their main causes, and applied and potential interventions.

You will gain specialised knowledge of relevant concepts from various disciplines, including epidemiology, policy science, anthropology, management studies, biomedical sciences and health sciences.

You will have the ability to conduct scientific research in the field of international public health, and to critically assess the results.

You will also specialise in one of the subjects within the field of International Public Health. And, you will understand current theory and the key research questions in this field and recognise the scientific and social relevance of this subject area.

The International Public Health specialisation has a study load of 54 EC and can only be pursued in the second year of your Master’s programme.

International Public Health courses

  • Containment Strategies
  • Research Methods for Health Sciences
  • Policy, Management and Organisation
  • Internship International Public Health
  • Disability and Development
  • Health, Globalisation and Human Rights
  • International Analyses of Health Care

You can find the complete course overview for this year in the study guide.

Summary

Science Communication (SC) is a transdisciplinary programme that gives you insights in the fundamentals of science, communication and science communication. You develop an in-depth understanding of communication processes between scientists of different disciplines, between different sciences and their stakeholders, and between science and citizens. 

In addition to a theoretical part, we cover various practical forms of science communication. Examples include designing a science exhibit (Science Museology), creating a scientific background article, news article or documentary (Science Journalism) and organising public events to facilitate dialogue and map perspectives of new, controversial developments, like DNA manipulation and cultured meat (Science in Dialogue). In this, you will collaborate with students from different disciplines, practitioners from the field and stakeholders or (specific groups of) citizens. You conclude with an internship, in which you apply the acquired science communication knowledge and skills.

Through this programme, you will become a reflective science communication practitioner. This means that you become a practitioner who is aware about own perspectives, principles and theories underlying the own practice. You know who you are, your values and world views, how these shape your professional thinking and behaviour, and how to continuously improve or adjust those for sake of bettering the science-society relationship. 

Compulsory courses

September - October:

  • Research Methods for Analysing Complex Problems (6 EC): AM_1182
  • Science and Communication (6 EC): AM_470587

You can find the complete course overview for this year in the study guide.

Summary

Science in Society is a transdisciplinary programme that provides tools and strategies for understanding and approaching complex societal problems related to scientific and technological development.

It teaches students how to identify, analyse and manage complex societal problems. The programme is concluded with an internship in which the student applies the acquired knowledge and skills.

Compulsory courses

  • Research Methods for Analysing Complex Problems (6 EC) 
  • Analysing Governmental Policy (6 EC)
  • Communication, Organisation and Management (6 EC)

You can find the complete course overview for this year in the study guide.

  • Immunology

    Summary

    With a specialisation in Immunology, you will have a broad understanding of immunological processes. This ranges from the molecular and cellular interactions between host and pathogen to an integrative knowledge of the role of the immune system in various pathologies, such as cancer, infectious diseases and autoimmunity.

    You will also specialise in one of the subjects within the field of Immunology. At the end of the programme, you will understand current theory and the key research questions in the field, and have an understanding of the scientific and social relevance of this subject area. 

    Compulsory Courses

    • Advanced Molecular Immunology and Cell Biology
    • Clinical Immunology
    • Immune Modulation, Monitoring and Metabolism
    • Internship Immunology

    You can find the complete course overview for this year in the study guide.

  • Infectious Diseases

    Summary

    With a specialisation in Infectious Diseases, you gain a broad understanding of the biology of pathogenic organisms and the interaction between pathogens and their hosts.

    You will gain the ability to conduct scientific research in the field of medical microbiology and to critically assess the results of microbial research. You will also choose a specialisation in one of the subjects within the field of infectious diseases.

    Compulsory courses

    • Advanced Molecular Immunology and Cell Biology
    • Molecular Infection Biology
    • Internship Infectious Diseases

    You can find the complete course overview for this year in the study guide.

  • International Public Health

    Summary

    When you choose a specialisation in International Public Health, you will have a broad understanding of current and future challenges in international public health, their main causes, and applied and potential interventions.

    You will gain specialised knowledge of relevant concepts from various disciplines, including epidemiology, policy science, anthropology, management studies, biomedical sciences and health sciences.

    You will have the ability to conduct scientific research in the field of international public health, and to critically assess the results.

    You will also specialise in one of the subjects within the field of International Public Health. And, you will understand current theory and the key research questions in this field and recognise the scientific and social relevance of this subject area.

    The International Public Health specialisation has a study load of 54 EC and can only be pursued in the second year of your Master’s programme.

    International Public Health courses

    • Containment Strategies
    • Research Methods for Health Sciences
    • Policy, Management and Organisation
    • Internship International Public Health
    • Disability and Development
    • Health, Globalisation and Human Rights
    • International Analyses of Health Care

    You can find the complete course overview for this year in the study guide.

  • Science Communication

    Summary

    Science Communication (SC) is a transdisciplinary programme that gives you insights in the fundamentals of science, communication and science communication. You develop an in-depth understanding of communication processes between scientists of different disciplines, between different sciences and their stakeholders, and between science and citizens. 

    In addition to a theoretical part, we cover various practical forms of science communication. Examples include designing a science exhibit (Science Museology), creating a scientific background article, news article or documentary (Science Journalism) and organising public events to facilitate dialogue and map perspectives of new, controversial developments, like DNA manipulation and cultured meat (Science in Dialogue). In this, you will collaborate with students from different disciplines, practitioners from the field and stakeholders or (specific groups of) citizens. You conclude with an internship, in which you apply the acquired science communication knowledge and skills.

    Through this programme, you will become a reflective science communication practitioner. This means that you become a practitioner who is aware about own perspectives, principles and theories underlying the own practice. You know who you are, your values and world views, how these shape your professional thinking and behaviour, and how to continuously improve or adjust those for sake of bettering the science-society relationship. 

    Compulsory courses

    September - October:

    • Research Methods for Analysing Complex Problems (6 EC): AM_1182
    • Science and Communication (6 EC): AM_470587

    You can find the complete course overview for this year in the study guide.

  • Science in Society

    Summary

    Science in Society is a transdisciplinary programme that provides tools and strategies for understanding and approaching complex societal problems related to scientific and technological development.

    It teaches students how to identify, analyse and manage complex societal problems. The programme is concluded with an internship in which the student applies the acquired knowledge and skills.

    Compulsory courses

    • Research Methods for Analysing Complex Problems (6 EC) 
    • Analysing Governmental Policy (6 EC)
    • Communication, Organisation and Management (6 EC)

    You can find the complete course overview for this year in the study guide.

How do we support your preparation for the job market?

During the programme, you will receive extensive support from our junior lecturers and participate in a Study & Career course designed to prepare you for the next steps in your career.

Next to training you as a scientist, we also dedicate time for you to follow professional skills workshops, attend and organize your own networking events, and receive mentorship of your own professional development. Learn more about what this unique course entails and read some student stories. For more information, have a look the Study and Career page.

Change your future with the Biomedical Sciences programme

Change your future with the Biomedical Sciences programme

As a graduate from the Biomodical Science Master’s programme, there are lots of career paths open to you. You could start work as a scientific researcher or policymaker, or advisor in the field of international public health. However, there are also lots of graduates who choose a career in research, starting their PhD straight after graduation.

Explore your future prospects
Researcher in the lab

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