Discovery, understanding, and innovation in AM is a key element of the research strategy of both this CDT and the EPSRC Centre in AM. The overriding concerns of AM research and the broader community prioritize process control (repeatability) and the effects of (multi) material deposition – be this from a design, manufacturing or material standpoint. This broader research challenge not only exists to counter the lack of innovation currently afforded by current AM processes and systems but also the requirements of new multi-material AM that aims to produce graded and multi-functional components in single builds.
The CDT has identified a number of cross-cutting themes to tackle the research challenges and move towards the successful deployment and increased efficacy of AM and 3DP.
Deposition is an overarching challenge both in term of design, material and process capability and is core to the CDT in AM research vision.
Graded is, in effect, the next stage of deposition, whereby materials are mixed and deposited on an ever-increasing resolution in order to effect greater and more complex functionality from graded material placement. The development of graduated structures that are fully designed and understood in terms of their final properties and capabilities is a significant multidisciplinary activity.
Control will enable existing and future AM processes and systems to actively monitor and adapt the AM processes in order for them to produce the functionalized component with the correct resolution, accuracy and importantly repeatability, not seen in today's single material systems.
Function will enable components that have greater functionality through optimal design and material deposition methods. This challenge will be to ascertain the benchmarks for a given function (i.e. thermal conductivity or electrical resistivity) and seek out new ways to enhance this functionality; for example, through greater design freedom and capability or through the development of new materials and process enhancement.
These challenges form the basis of individual research projects in the center and ensure that it plays a key role in contributing to the success of the major developments in Additive Manufacturing and 3D Printing, through innovation and understanding.
Benefits to the PhD researcher
The CDT delivers a four-year PhD training programme. It includes specific training in AM and 3DP methods and techniques, and the opportunity to attend international study tours. All students are part of a cohort, which encourages interdisciplinary research, innovative thinking, and a supportive learning environment. Each PhD project has a specific link to an industrial partner, supported by a minimum three-month industrial internship.
The Centre for Doctoral Training (CDT) has been successful in attracting significant funding from the Engineering and Physical Science Research Council (EPSRC) to support our innovative and comprehensive training programme.
The CDT in Additive Manufacturing (AM) and 3D Printing (3DP) is, therefore, able to provide successful applicants that satisfy the EPSRC eligibility criteria with a generous scholarship package that includes:
- Tuition fees paid
- A tax-free annual stipend of up to £20,000 (subject to agreement)
- A dedicated training programme to enable Researchers to understand the breadth and depth of AM and 3DP technology
- Resources to support training, development, travel, and research
- An international travel budget for visits to overseas laboratories and attendance at international conferences
To apply you will need a First or Upper Second Class Honours degree or MSc with Distinction in a relevant subject such as bio, chemical, mechanical, environmental or materials engineering, biology, chemistry, physics, mathematics or computer science.
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Last updated February 14, 2018