The expertise of the CDT staff and the extensive facilities available across all our partner sites support a wide range of exciting research challenges available to CDT students for their doctoral project.
The Advanced Metallic Systems CDT was established in 2009 with a £6.3M investment from the Engineering and Physical Sciences Research Council (EPSRC) with a further £3.2M awarded in 2014. In this period (2009-2018) the Centre was hosted jointly by the Universities of Sheffield and Manchester building on their international reputation in metallic materials science and engineering research. In 2019 a further £5.4M was awarded by the EPSRC in combination with a €4M award from Science Foundation Ireland (SFI) to support I-Form, the SFI Research Centre for Advanced Manufacturing to join the partnership.
- To provide a stimulating multidisciplinary training experience
- To teach topical courses that balance cutting edge technologies with fundamental principles and core concepts
- To develop professional transferable skills in leadership, business and research management
- To foster innovative, internationally leading research
- To work in partnership with industry to provide industrial experience and maintain relevance
To develop professional transferable skills in leadership, business and research management
In recent years a thriving high value metal manufacturing sector has emerged in the UK and Ireland, e.g., the metals sector in the UK employs ~230,000 people directly and 750,000 contributing over £17 billion to the UK economy. Novel metallic materials and engineering solutions are essential to the success of a wide range of sectors including aerospace, automotive, oil & gas, defence and renewable energy. However the growing shortage of high-quality graduates with expertise in metallic materials is a real problem for industry in the UK and Ireland and worldwide in general.
Advanced Metallic Systems CDT Approach
The Advanced Metallics CDT aims to address this shortfall by providing an exciting new approach to postgraduate research and training in this area. High-calibre students from a range of physical science and engineering backgrounds undertake a four year course comprising a first year of taught courses in core materials topics leading into a full PhD or EngD research project. All doctoral projects will be supported by industrial sponsorship and supervision. The technical programme is supplemented by a transferable skills training programme leading to a Postgraduate Diploma in Professional Skills.
Up to 14 UK fully funded studentships covering fees and a stipend of at least £16,000 per year for 4 years are available annually for eligible students and up to 5 IE fully funded studentships covering fees and a stipend of €18,500 per annum for 4 years are available annually.