This PhD project advances the use of microwave and radar technologies in non-destructive evaluation (NDE) of non-metallic structural components, particularly within marine and renewable energy sectors. The work centers on enhancing microwave probe configurations, refining data interpretation techniques, and improving imaging clarity for more accurate flaw detection.
Research Focus
The candidate will develop and test novel microwave probe designs, implement synthetic aperture radar (SAR) methods to improve spatial resolution, and apply 3D electromagnetic solvers for simulation and modeling. A key objective is to integrate artificial intelligence and machine learning tools to support automated or semi-automated flaw identification and characterization.
Technical Development
- Optimize microwave NDE systems for improved sensitivity and resolution
- Design and validate advanced data processing and visualization workflows
- Apply AI/ML algorithms to enhance detection reliability
- Use SAR focusing techniques to refine imaging precision
- Model electromagnetic interactions using 3D solvers
- Translate laboratory findings into practical industrial solutions
Eligibility and Support
Applicants should hold at least a 2.1 honours degree or a master’s in a relevant engineering or physical science discipline. The studentship includes a tax-free annual stipend, currently £20,780 for 2025/26 (subject to annual increases), with full tuition coverage. Flexible study options—including part-time arrangements at 50%, 60%, or 80% capacity—are available depending on project scope and funding.
Environment and Values
The research environment emphasizes innovation, collaboration, and inclusion. The team values diverse perspectives, supports career re-entry, and promotes professional growth. A strong commitment to equality and diversity ensures all contributors are respected and empowered. Training includes access to internal and external courses, fostering both technical and personal development.
