Overview
This project aim to develop a new architected material as implants with superior biomechanical properties, serving as an alternative to traditional bone fixation technologies using biocompatible materials.
About this opportunity
This project aims to develop a novel architected (metamaterial) structure with enhanced biomechanical performance for use as an alternative to conventional bone fixation technologies. The proposed fixation system will utilise biocompatible and potentially bioresorbable materials to improve patient outcomes and reduce long-term complications associated with traditional implants. The objectives are:
- To design architected material using both computational and experimental methods.
- To identify suitable manufacturing techniques (e.g., additive manufacturing) for fabricating prototypes.
- To evaluate biomechanical performance of the developed prototypes compared to standard bone screws.
To assess the feasibility of the prototypes for clinical translation the PhD candidate will collaborate with the project’s industry partner, including preliminary regulatory considerations and market analysis.
The project will employ a combined computational, mathematical and experimental approach to progress through iterative stages of design, fabrication, and mechanical characterisation. Suitable biomaterial will be used to fabricate and test the fixations. Finite element simulations and mathematical models will guide design iterations, followed by mechanical testing, including in vitro investigations, under simulated physiological conditions.