Reliable and innovative, specializing in critical analysis and problem-solving. Possesses in-depth knowledge of research methodologies and data analysis, with skills in statistical software and laboratory techniques. Dedicated to advancing scientific understanding and contributing to impactful research outcomes.
Currently, I am pursuing a PhD at UGent in the XStruct research group, working on the development of nanozymes—nanomaterials with enzyme-like activity. My focus is on using MOF-801 as a base to design hybrid structures capable of hydrolyzing peptide bonds, aiming to replace traditional enzymes in proteomics workflows.
I worked as a research assistant at UGent, focusing on crystallography-based research involving cyclodextrin MOFs. I mentored a master's student whose thesis scored 16/20, and conducted external DSC and SC-XRD measurements for the COST BEST-CS initiative.
XStruct research group: A Comprehensive Study on pH-Responsive Drug Delivery by Covalent Organic Frameworks: Unveiling the Potential of COF-300 (End score 16/20)