Working at CE&C
Eindhoven University of Technology is situated in the heart of Europe's leading innovative top technology region Brainport in the South-East of the Netherlands. We are an ambitious, innovative and fast growing university combining leading-edge scientific research with attention to professional development and personal growth.
Vacancies occur regularly at the department of Chemical Engineering and Chemistry for both scientific and support positions. The department aspires to be an academic institution for education and research in chemical science and engineering that meets the highest international standards. The aim is to generate and to develop technology and scientific knowledge relevant for societal challenges. Scientific curiosity and the use of newly generated knowledge are the main driving forces for the continuing enhancements of the two chosen fields of expertise: Molecular Systems and Materials Chemistry, and Chemical and Process Technology.
Take a look at the most recent vacancies for academic and supporting staff:
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PhD positions for human interactive materials
PhD-studentChemical Engineering and Chemistry -
Postdoctoral fellow positions for Human Interactive Materials
(Post-doctoral) ResearcherChemical Engineering and Chemistry -
PostDoc for Super-resolution microscopy of interactive polymer materials
(Post-doctoral) ResearcherChemical Engineering and Chemistry -
PhD on Electrochemical Coupling of CO2 and Nitrates
PhD-studentChemical Engineering and ChemistryCompounds with at least one C-N bond, called organonitrogen compounds, represent a significant part of industrially produced chemicals, ranging from fertilizers to pharmaceuticals. Their current production methods are not environmentally friendly, so their replacement is sought. Thus, alternative…
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PhD on High-temperature CO/CO2 electrolysis
PhD-studentChemical Engineering and ChemistryCarbon-carbon bond formation is key to the production of chemicals and fuels from CO2 and CO, which can be obtained by recycling. The direct use of electrons to reduce these compounds by electrochemical methods would be a step forward compared to the two-step thermolytic approaches. Current…