Research: ADVANCED MANUFACTURING - Additive Manufacture of Biodegradable Bio-composite based Scaffolds for Bone Tissue Engineering
Supervisors: Dr. Laura Ruiz Cantu, Prof. Ricky Wildman, Professor Felicity Rose
Inspiration: Nur Putri studied an undergraduate degree in Chemical Engineering and has a passion for problem solving and applying skills to solve complex problems. This drive, combined with a technical ability has led to pursuing a PhD in the field of Advanced Manufacturing for progressing Biomaterials for Regenerative Medicine. Nur wants to expand their knowledge further and improve others lives. Nur bridges the gap between engineering and medicine to investigate this interesting area of study. Biomaterials for regenerative medicine is a complex area, as it sits at the interface of developing biocompatible materials and biodegradable materials, thus developing the optimum composite material with the most useful balance of characteristics can be an interesting challenge. Nur sees this challenge as a way to push the current manufacturing boundaries towards ‘Additive Manufacturing’, where native tissue will be mimicked more precisely than ever before, therefore making regenerative medicine safer, more advanced and longer lasting.
Why University of Nottingham (UoN)? University of Nottingham hosts the world leading research into Additive Manufacturing and Regenerative Medicine which fulfils Nur’s research interest in biomaterial for regenerative medicine. In the future, Additive Manufacturing will be more promising to be used for Regenerative Medicine since it can mimic the native tissue more precisely. In addition, University of Nottingham has global community from many different countries so they can enlarge my connections and network.
Background: Bio materials research group in Department of Chemical Engineering, UGM; Masters in Material Science(M.Eng), University of Tsukuba; Chemical Engineering (ST), Universitas Gadjah Mada (UGM).