A new centre will train doctoral engineers to inspect the hidden faults in critical structures—from nuclear reactor welds to aircraft wings—before they fail. Non-Destructive Evaluation (NDE) uses physical phenomena such as ultrasound, X-rays, and magnetic fields to detect cracks, corrosion, or other anomalies in materials without damaging them. The UK has underinvested in this specialist workforce for years, and many senior NDE engineers are nearing retirement. Without a steady pipeline of new experts, industries that depend on safe, long-lived infrastructure—power generation, oil and gas, aerospace, and defence—face growing risk. The Centre for Doctoral Training will run across a consortium of universities already collaborating with 16 industrial members, who collectively spend nearly £1 million per year on technology transfer projects. Students will act as a human bridge between academic research and factory-floor practice, embedding NDE earlier in the engineering design cycle rather than treating it as an afterthought. If successful, the centre will rejuvenate key sectors by ensuring that safety assurance keeps pace with new materials and manufacturing methods. The result is not a single breakthrough but a sustained flow of skilled people and practical techniques that quietly keep the UK’s industrial backbone intact.
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We propose a Centre for Doctoral Training (CDT) in Non-Destructive Evaluation (NDE). The Centre will conduct adventurous research to improve the industrial practice of NDE. It will maintain a flow of skilled doctoral engineers and scientists into the field of NDE and provide a route for knowledge and technology transfer to maximise the industrial and economic impact of new and emerging NDE technologies. NDE is central to raising the quality of engineering materials and safety assurance of engineering structures. It is thus a vital ingredient for the safe and sustainable future of UK industry, including power generation, nuclear, oil & gas, aerospace and defence. NDE is also an important enabling technology for a range of future UK business growth opportunities.Advanced NDE uses a range of physical phenomena to detect anomalies in structures and materials. This requires its research base to encompass a very wide range of scientific and engineering skills and this proposal is therefore centred upon a consortium of academic institutions in the UK Research Centre in NDE (RCNDE) and will utilise the most appropriate as well as the highest quality researchers and supervisors. Our vision for this CDT is to rejuvenate key sectors of UK industry by training the next generation of NDE engineers in adventurous research and by improving technology & skills transfer. These are essential for ensuring safe and economic production and plant operation. The CDT will build on the success of the current EngD Centre in NDE which it replaces, and whose role was highlighted in the EngD review commissioned by EPSRC in 2007 for the provision of vital training for new staff to replace core NDE personnel after a period of under-investment in the area. It is vital to maintain the momentum thus gained. The new Centre will run in parallel with the RCNDE collaboration whose industrial members are represented by NDEvR, the industrial Partner of the Strategic Partnership. RCNDE started in 2003 and this year has 16 industrial user members paying 35k per annum plus a growing number of associate members (technology suppliers). Its programmes of research are supported by EPSRC and member companies also spend approaching 1M pa on projects to transfer technology from the universities into industrial use. This is strong evidence of the industrial need for exploitable research and training.From its start the CDT will therefore have strong industrial support and exploit the cohesion of the RCNDE academic-industrial collaboration. Following the guidance of NDEvR's industrial members, the proposed CDT will aim to integrate NDE into the engineering life cycle in order to deepen the CDT's impact upon each partner company, attract new companies and reach a larger cross-section of graduate applicants. Our industrial partners agree that it is vital to join up the disciplines of NDE with condition monitoring, structural performance, materials engineering and design. In addition to performing excellent research, the core institutions in this CDT are committed to exploiting the substantial knowledge and skills in the universities by transforming their research results into industrial technology. The student research engineers in the CDT will be in a unique position to assist this by acting as a human bridge for technology transfer, their projects closing the gap between the research base and user.
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