24 monthsProgramme duration
21,900 EURTuition Fee/year
15 Apr, 2026Application Deadline
SepStarting Month
Programme overview
Main Subject
Biological Sciences
Degree
MSc
Study Level
Masters
Study Mode
On Campus
By combining chemistry, physics, and biology, ground-breaking fundamental research is performed in the life sciences. With this approach, the programme Molecular Life Sciences explores the mechanisms of life and examines processes from the atomic scale up to the cellular level. Our students work on a large range of topics, for example adaptation of the CRISPR-DNA modification system, production of self-healing materials by smart design of polymers, and development of cell specific delivery mechanisms inspired by virus-like particles. The possibilities of this master’s programme are endless, so which fields are you going to explore?
The Master's in Molecular Life Sciences allows you to study molecules within the scope of atomic orbitals up to tissue cultures. During this master's, the main focus is on gaining multidisciplinary knowledge within the field of medical, biological, physical and chemical research.
You will learn:
- To approach scientific challenges from the perspectives of physics, chemistry, and biology, combining these insights to create innovative solutions for your project.
- Advanced knowledge and explore the latest advances in the area you’re most passionate about; physical chemistry, physical biology, biological chemistry, or biomedical research.
- To contribute effectively to research projects by defining project goals, collaborating within a team, and defending your findings and viewpoints both in writing and orally.
- To operate confidently in research environments within and beyond Wageningen University & Research.
- To stay up to date with the latest scientific literature and developments in your field, actively engage in research discussions, and produce high-quality, scientifically sound reports.
Programme overview
Main Subject
Biological Sciences
Degree
MSc
Study Level
Masters
Study Mode
On Campus
By combining chemistry, physics, and biology, ground-breaking fundamental research is performed in the life sciences. With this approach, the programme Molecular Life Sciences explores the mechanisms of life and examines processes from the atomic scale up to the cellular level. Our students work on a large range of topics, for example adaptation of the CRISPR-DNA modification system, production of self-healing materials by smart design of polymers, and development of cell specific delivery mechanisms inspired by virus-like particles. The possibilities of this master’s programme are endless, so which fields are you going to explore?
The Master's in Molecular Life Sciences allows you to study molecules within the scope of atomic orbitals up to tissue cultures. During this master's, the main focus is on gaining multidisciplinary knowledge within the field of medical, biological, physical and chemical research.
You will learn:
- To approach scientific challenges from the perspectives of physics, chemistry, and biology, combining these insights to create innovative solutions for your project.
- Advanced knowledge and explore the latest advances in the area you’re most passionate about; physical chemistry, physical biology, biological chemistry, or biomedical research.
- To contribute effectively to research projects by defining project goals, collaborating within a team, and defending your findings and viewpoints both in writing and orally.
- To operate confidently in research environments within and beyond Wageningen University & Research.
- To stay up to date with the latest scientific literature and developments in your field, actively engage in research discussions, and produce high-quality, scientifically sound reports.
Admission Requirements
The norm equivalence is
≥70 ECTS in total in the following topics and including one advanced course per topic:
- Chemistry (physical chemistry, biochemistry, organic and inorganic chemistry)
- Biology (cell biology, genetics, microbiology, molecular biology, enzymology)
- Physics (thermodynamics, colloid science, biophysics, molecular structures, quantum mechanics, spectroscopy)
And ≥10 ECTS in total in the following topics:
- Mathematics (differentiation, integration, first order differential equations, calculus, linear algebra)
- Statistics (formulate hypotheses for population means, t-tests, confidence intervals)
Not all topics mentioned need to be mastered at the same level; they will be weighed by the Admission Board per individual application.
Tuition fees
International
Scholarships
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