Development of Bio functionalized surfaces
Development of Bio functionalized surfaces using Additive Printing of Materials.
Under the Skin of Ultra-Precision Manufacturing
This studentship concerns research in advanced robotic manufacture of ultra-precision surfaces in glassy materials, required for numerous applications in science, medicine, and industry.
Manufacturing control through online surface prediction.
Self-calibration of embedded strain sensors
Self-calibration of embedded strain sensors for traceable measurement of structure.
Towards metrology systems on a chip
Towards metrology systems on a chip using photonic integration.
Application of advanced measurement techniques
Application of advanced measurement techniques to tool mark investigation.
Defining and evaluating geometric dimensioning and
Defining and evaluating geometric dimensioning and tolerances for topology optimised additive manufactured components.
Determining the effect of cartridge variability
Determining the effect of cartridge variability on ballistic toolmark investigation.
Investigating x-ray computed tomography
Investigating x-ray computed tomography for the characterisation of critical additively manufactured aerospace components.
Intelligent filtration for complex freeform structured surface.
A smart geometric information system
This PhD project is ambitious in developing a smart geometric information platform
Sparse data structure
Sparse data structure for computed tomography measurements.
Surface metrology software
Development of new generation surface metrology software.
Development of a compact broadband interferometer
Development of a compact broadband interferometer.
Integrated self-aware sensors for manufacturing
Development of integrated self-aware sensors for manufacturing.
Technologies for functional surfaces
Data-driven intelligent micro and nanomanufacturing technologies for functional surfaces.
Functional surfaces in novel optical materials
Design and manufacture of freeform functional surfaces in novel optical materials.
Ultra-precision manufacturing and metrology system
Development of a virtual integrated ultra-precision manufacturing and metrology system for advanced freeform surfaces.