Development of biosensors using reduced graphene oxide.
In vitro modelling of healthy and diseased osteoporotic tissue.
Improving process planning for microfabrication of metallic components.
Developing lab-on-chip platforms for DNA based assays.
Single molecule detection using graphene resonators.
Investigating porosity in alloys for maxillofacial and musculoskeletal implants.
An exploration of the micro machinability of polymer nanoparticles.
Developing a novel biosensor for medical detection and diagnosis.
Graphene RF sensor for biological applications.
3D manufactured scaffolds using novel biomaterials.
A novel 3D biofabrication process to enhance integration of orthopaedic devices with human cells.
Bioprinting skin for evaluation of active ingredients for the cosmetic industry.
Self supported dome roofs used for fuel storage tanks.
Generating bone tissue for use in in-vitro models of osteoarthritis.
Design and validation of multi-material 3D bioprinter.
Exploring the design of fast tool servo technology in cutting processes.
