Due to the current situation (COVID-19) access to the laboratories, and in fact the entire David de Wied & Vening Meinesz buildings, is strictly limited until further notice.
We can therefore only accept a limited number of new MSc or BSc projects; applications are handled on a first-come-first-serve basis. Please make sure to fill in and submit your request via the online form linked to below.
UPDATE January 29, 2021:
Unfortunately, at the moment, our group can no longer accept additional requests for BSc and MSc projects for periods 3 and 4 2021. The reason is that we have restricted lab access due to the COVID-19 measures and we have no more capacity for additional projects.
Literature studies are possible without restrictions as they can be supervised remotely. Please have a look at open calls for projects here: Available Literature Studies
Thank you for your interest in doing your MSc or BSc thesis project with us; for enquiries about PhD student positions, the PI of interest should be contacted directly.
For MSc and BSc thesis projects please carefully read the information on this webpage.
Also consult our Quick guide for students and supervisors at ICC
If you want to apply for a project with us please fill in and submit this online form to express your interest – make sure to carefully read the instructions:
After submitting the form you will be contacted by Florian Meirer about your request as quickly as possible (please be patient).
You can contact Florian Meirer directly if you encounter any unforeseen problems.
Please make sure to consult our site for currently open calls for MSc thesis projects!
Catalysis research is of utmost importance both from an industrial as well as an academic point of view. Catalytic processes are essential to modern energy conversion processes, chemicals manufacturing, and environmental technology.
Virtually all fuels and most of the chemicals we produce today have encountered a (solid) catalyst in their production process. Catalysis research is aimed at waste/pollutant reduction (e.g. in automotive catalysis or recycling), more efficient and clean chemicals manufacturing (e.g. higher product yields), new and useful products (e.g. medicines and transportation fuels), and the development of new technologies – for instance for the production of sustainable materials, chemicals, and fuels from renewable resources. Examples of the latter are the conversion of biomass to chemicals and fuels, the production of solar fuels, and energy storage, for example in the form of hydrogen.
Heterogeneous catalysts, or, more specifically, solid catalysts are industrially most important as about 80% of the applied catalytic processes makes use of such solids. Heterogeneous catalysts are complex functional materials that are (preferably) highly structured at all relevant length scales, that is, from the macroscopic catalyst body at the millimetre scale down to the nanometre scale.
In our group we work on
- The design and controlled synthesis of catalyst materials,
- testing of catalyst materials in known as well as newly-developed conversion processes, and
- the extensive characterisation of the complex catalyst materials using advanced spectroscopic and microscopic techniques.
- The development of theoretical models for catalysis and spectroscopy.
The type of conversions studied range from Fischer-Tropsch type reactions, typical petrochemical conversions such as Fluid Catalytic Cracking, or propane dehydrogenation, methanol synthesis, conversion of biomass components such as lignin or renewable oxygenates to valuable chemicals, solar fuels production by water splitting, reversible gas storage and many more.
The topics are mostly inorganic in nature, but range from theory and spectroscopy via physical chemistry and materials science to those that are at the interface of inorganic and organic chemistry.
The academic staff of the group currently consists of prof. Krijn de Jong, prof. Bert Weckhuysen, prof. Frank de Groot, prof. Petra de Jongh, prof. Eelco Vogt, dr. Florian Meirer, dr. Peter Ngene, dr. Freddy Rabouw (joint appointment with Soft Condensed Matter), dr. Baira Donoeva, dr. Robin Geitenbeek, and dr. Ward van der Stam.
For their personal research interests, as well as of all the PhD students and postdoctoral fellows, please see the respective pages on this website.
Bachelor & Master Thesis Projects
As Bachelor student you can join us for
- a short research projects as part of the first and second practical courses;
- a BSc thesis research project (10 weeks of practical work, 15 ECTS).
MSc students can join us for an MSc research project of 52.5 ECTS.
Please consult our site for currently open calls for MSc thesis projects!
Looking for a topic to do your literature study? Please contact possible supervisors (PhD Candidates and Postdoctoral fellows) directly but first have a look at open calls for projects here: Available Literature Studies
The group is internationally recognized as leading in catalytic nanomaterials and many of our projects involve extensive collaborations with a large number of industries, such as, Shell, Albemarle Catalysts, DSM, Total, Toyota, BASF, and DOW, and with other academic groups in e.g. Europe, USA and South-Africa. In all these companies and academic institutions internships are possible. If you have a specific scientific topic in the field of catalysis in mind, we will do our best to find the right host and supervisor for you.
Who are we looking for?
To develop and study new catalyst materials or catalytic processes, we are looking for enthusiastic and dynamic students with an interest in inorganic chemistry, physical chemistry, spectroscopy, or, depending on the project, also theoretical chemistry and organic chemistry.
Generally, the research training starts with the design and synthesis or assembly of an inorganic material, for example a catalyst consisting of metal nanoparticles on a porous support material. This inorganic material can also be a zeolite, an ordered mesoporous or microporous material, or a nanostructured carbon material. For structural and electronic characterization, a large number of techniques are available, such as advanced spectroscopic tools (also synchrotron radiation-based), electron microscopy techniques, or scanning probe techniques. A few of the spectroscopic techniques can also be used at high temperature and under reactive atmosphere studying the functional material in action (in-situ or operando), enabling the elucidation of the active sites, species, and reaction mechanism. Theoretical studies and fundamental studies on model catalyst systems are also possible. In summary, the research group offers you a program with a wide range of options for working on theoretical and/or practical challenges.
Foreign BSc and MSc students
We regularly host exchange students from foreign countries for research projects ranging from three to twelve months, for instance as part of the Erasmus program. Acceptance is dependent on capacity selection. You can find currently open calls for MSc projects here.
Different projects are available as part of the various research topics of our PhD students and postdocs. See the personal pages of the people working in our group for a flavor of the topics that are covered in the group. You can find currently open calls for MSc projects here.
Please contact the education coordinator. We can give you detailed information about doing your research at our group and introduce you to the PhD’s with whom you can do your research.
Dr. Florian Meirer
David de Wied building (Universiteitsweg 99), room 4.86.
Phone: +31 6 22736338