-
additive manufacturing techniques by incorporating live cells into hierarchical, multi-component structures. While this technology holds immense potential, current methods lack the ability to include
-
. The project will use cutting-edge atmospheric plasma pen technology to bio-functionalise hybrid scaffolds with spatial resolution, followed by systematic characterisation of the adhesion and conformation
-
micro-structures will be characterized and tested for applications such as in tissues engineering. PhD Scholarship details Funding: $32,192 per annum (2024 rate) indexed annually. For a PhD candidate, the
-
investigate principles of multi-sensor vision systems in the context of deep neural networks and sensor fusion. The aim is to utilise machine learning techniques to develop new real-world technology in machine