Laboratory of Inorganic Materials Chemistry (IMC) at the Department of Chemical Engineering and Chemistry at TU/eandGroup of Electrochemical Materials and Interfaces (EMI), Department of Solar Fuels at the Dutch Institute for Fundamental Energy Research (DIFFER)We offer a PhD position in Solar Fuels Catalysis for enthusiastic and motivated students. We seek highly talented and curiosity-driven students with an MSc degree with a strong drive towards innovation and excellence in research. Are you attracted to an exciting job in catalysis research?
The PhD position will be placed in joint supervision between the IMC and EMI groups at TU/e and DIFFER, respectively. The research of the IMC group focuses on novel inorganic catalyst materials with applications in sustainable chemical processes for production of fuels and chemicals. Our approach is to develop a science base for design of catalysts based on synthesis of model systems, advanced
in-situ spectroscopic and microscopic characterization, computational modelling of reaction mechanism at different length and time scales and experimental kinetic studies. In the EMI group at DIFFER, focus is on the fabrication, characterization, and optimization of photo-/electrochemical materials and interfaces. We are combining in a highly multidisciplinary approach experiments with modeling and simulations. This allows us to elucidate the limitations in the materials and at the interface and to design materials and interfaces with improved performance.
Visit our webpages for more information:
www.catalysis.nlhttps://www.differ.nl/research/electrochemical-materials-and-interfacesA PhD position is open in the following project:The solar-driven production of hydrogen and oxygen from water and sunlight is one of the most fascinating research areas nowadays, and with regard to future energy storage and supply of our society a very crucial one. To arrive at a knowledge-based design of photoelectrochemical energy conversion, devices calls for an in-depth understanding of the underlying physical and molecular mechanisms.
To address this challenge, we are looking for a candidate with a background in chemistry, materials science or physics with a strong interest in heterogeneous (photo)catalysis and photoelectrochemistry. The PhD project will be focused on preparation, characterization and testing of mixed oxide photoanodes for water splitting with the aim to identify intermediates and mechanistic details during photoelectrochemical oxygen evolution by using
in-situ and
operando spectroscopic techniques, such as infrared and photoelectron spectroscopies. With the expected novel insight, we strive to identify kinetic bottlenecks and derive design parameters for devices with optimal efficiency.