Research output
Design and Processing of Advanced Materials for Extrusion-Based Additive Manufacturing
This thesis presents strategies for designing printable soft materials with tunable mechanics, environmental responsiveness and improved stability for tissue engineering and medical applications.
Breaking Barriers in Biofabrication: Melt Electrowritten Scaffolds to Advance Tissue Modelling and Enhance Cellular Insights
This thesis develops melt-electrowritten scaffolds for advanced tissue models, including systems that provide new insight into cellular behaviour and biological barriers.
Harnessing Melt Electrowriting for Tissue Engineering: Enhancing Scaffold Design and Functionality
This thesis advances melt-electrowritten scaffold design and functionality through mechanical modelling, controlled architectures and material integration for tissue engineering.
Melt Electrowriting and Nanodiamond Integration for Biomedical Advancements
This thesis integrates nanodiamonds with melt-electrowritten scaffolds to add sensing and imaging capabilities while advancing scaffold design for biomedical applications.
Diamond-based Sensors and Biolabels for Biomedical Applications
This thesis investigates fluorescent diamond and nitrogen-vacancy centres as stable biolabels and quantum sensors for biomedical imaging, material studies and biological samples.