vincenzo taresco

PhD opportunity at the University of Nottingham within the MSCA Doctoral Network HEAL4WARD (DC4) . This project is focused on 3D-printed microneedle patches for next-generation wound healing , with research spanning polymer chemistry , materials science , biomaterials , chemical engineering , biomedical engineering , and drug delivery . The successful candidate will work on swellable, fast-degrading polymer systems for personalized wound care, including the design of novel synthetic degradable polymers, printable inks for additive manufacturing, fabrication of high-resolution multi-material microneedle devices, and integration of antimicrobial and theragnostic nanomaterials. The position is based at the University of Nottingham and is part of a multidisciplinary collaboration across the School of Chemistry, School of Pharmacy, and the Department of Engineering. The project includes international secondments in France and Spain, specifically with CNRS-ICMPE , University of Vigo , and CIC biomaGUNE . This is a fully funded MSCA PhD lasting 36 months . The post emphasizes interdisciplinary training in polymer chemistry, biomaterials, and 3D printing, and aims to deliver translational impact in sustainable, personalized medical devices and wound care. Eligibility highlights: applicants should hold a Master’s degree in Chemistry, Materials Science, Chemical Engineering, or a related field; they should be enthusiastic about polymer innovation and biofabrication; and they must satisfy the MSCA mobility eligibility rules . How to apply: read the full details and eligibility requirements via the linked page, confirm that you meet the mobility criteria, and submit your application according to the instructions provided there.