1. PhD degree in Chemistry or related fields by the start of the postdoc position; postdoc seniority of 0-3 years;
2. Solid and proven expertise in polymer chemistry;
3. Motivation for applied chemistry research with a strong fundamental basis;
4. An aptitude for daily hands-on laboratory work, and experience with relevant experimental research;
5. Ability to work independently, and to report progress in an accurate and timely fashion;
6. Fluent English, both spoken and written;
Lignocellulose is the most abundant source of biomass and therefore highly interesting for the production of biobased chemicals in the upcoming (bio)circular economy. In this regard, CSCE pioneered in the developed of the Reductive Catalytic Fractionation (RCF) technology. This technology converts pure wood into two valuable fractions: a cellulosic pulp and a lignin oil, which can be used to synthesize platform chemicals, additives or polymer building blocks. In a next step, these valuable products should be, ultimately, converted into biobased materials (e.g. thermoplasts, thermosets, vitrimers, …). In this regard, we are looking for a PD polymer expert who would like to develop and characterize novel biobased materials and/or additives (e.g. plasticizers or flame retardants). Going from wood to biobased materials, this research is of multidisplinary nature. Therefore, you will have a close collaboration with your team partners, translating chemical variations into physical properties, with the ultimate goal to gain more insights and find the optimal material composition. While our lab is highly equipped for the synthesis of biomaterials, we frequently need to collaborate with internal and external partners to extend our portfolio of material characterizing instruments. This will give you the opportunity to further extend your network. Noteworthy, this postdoc project will support multiple running and upcoming research projects, truly valorizing the research at CSCE. The mission statement of the CSCE (Center for Sustainable Catalysis and Engineering) is to produce knowledge to foster a better understanding of the role of heterogeneous catalysis in the upcoming circular and carbon-smart economy. CSCE research covers the range of fundamental to applied catalysis research, both in chemistry and engineering. For this particular vacancy, we're looking for a motivated and independent postdoctoral researcher that will synthesize and characterize biobased materials derived from biobased chemicals, closing the loop in a circular economy.
7. Full-time PD position for one year (with possibility of extension), tax-free postdoctoral fellowship.
8. The opportunity to work and live in one of the most innovative universities and cities in Europe (https://www.kuleuven.be/english/why-choose-kuleuven?project=TL&pagina=Home&thema=About-kuleuven&onderwerp=Why-choose )
9. International working environment and possibility to present your work at international conferences.
10. A state-of-the-art experimental infrastructure