Sandra Kleuskens bij haar experiment in het HFML-FELIX lab
Sandra Kleuskens bij haar experiment in het HFML-FELIX lab

Design the building blocks of tomorrow

Study and experiment with molecules and materials at the smallest scale, to discover properties or create new physical or biological characteristics. Do this in the Physical Chemistry and Molecular Chemistry specialisations of the Master's programme Molecular Sciences.

Master's specialisations

Physical Chemistry

In this specialisation you study the fundamental behaviour of molecules and materials with the aim of discovering new functionalities. Theoretically, or with advanced spectroscopic experiments. This goes beyond mere characterisation. The focus is on fundamental knowledge: what do spectroscopic measurements really mean? And how can the behaviour of certain molecules or materials be explained? This fundamental knowledge flows back to other branches of chemistry.

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Molecular Chemistry

Molecular Chemistry is an in-depth programme at the heart of chemistry, covering all phases from molecular design to application. It is a truly creative science, where you develop profound knowledge of designing, synthesising and characterising groundbreaking functional molecular structures. The possibilities are endless!

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The programme gives a broad view on how physics is the underlying concept in all of chemistry and biology, while at the same time providing the most intricate details on specific processes.
Portrait Luc van der Krabben
Luc van der Krabben
Student Physical Chemistry

Why in Nijmegen?

  • Interdisciplinary research excellence: On our campus, all materials science research groups are bundled into one research institute: Institute for Molecules and Materials (IMM), an interdisciplinary research institute in the field of chemistry and physics.
  • Advanced facilities: Radboud University has a large number of advanced spectroscopic facilities. As a Master's student, you get the chance to work with scientific equipment that is unique in Europe and sometimes in the world.
  • Follow your interests: The structure of the study programme is flexible; you have only a few mandatory courses and the rest are electives. That is truly unique.
  • Gain practical experience: You can spend a large part of the Master's programme (approximately 90 EC - nearly one and a half years) on research internship(s). This means you gain extensive practical experience in conducting research.
Student working with Erlenmeyer bottle in chemistry lab

Don't trust us! Trust our students

I think this Master's really takes you to the limits of what we know and can do, and you get to push those limits during your internship.
Robin Toonen
Robin Toonen
Student Physical Chemistry
I particularly like, that the programme offers a lot of space for internships.
Kathleen Cheasty
Kathleen Cheasty
Student Molecular Chemistry
My research focuses on developing new substances for the treatment of pancreatic cancer.
Robin Schenker
Robin Schenker
PhD student - Synthetic Organic Chemistry