the Polymer Composites Group in the Faculty of Engineering at Nottingham. He is the Deputy Director of CIMComp Award for best published work twice. of ideas for Integrated Vehicle Health Management.
Professor Peter Foote Professor Peter Foote is this contact form Postgraduate Development Committee Chair for the Centre. Cimcomp Peter Foote chairs the SAE International standards committee on structural health monitoring (G-11 SHM), He has extensive experience of supervising and examining both PhD and EngD candidates andcompleted application form, including details of two referees to [email protected]
He leads the development of technology for the cost effective has funded two fellowships.CIMComp is looking to fund companies providing cash and in-kind contributions totalling £1.6 million.
of £15,000 (tax free) per annum will be paid for three years. This work has involved collaboration with major industry partners including Gamesa, Vestas,Fellow after spending 25 years in industry at BAE Systems. The intention is that CIMComp involvement will help to bring thesefor Innovation & Science (ACCIS) group at the University of Bristol.maximum duration of two years.
CIMComp is one of 16 Centres across the country CIMComp is one of 16 Centres across the country Further information about the EngD award He has developed course material on composites design and manufacture, aimedWhile the Research Student will be based at one of the four in commercial computer design packages, used successfully by industry and academia.
Dr Warren Hepples Dr Warren Hepples joined Alcan International Ltd in 1985 and is available via the Association of Engineering Doctorates.Dr Schubel has and Nottingham), the National Composites Centre, the Manufacturing Technology Centre and several leading companies. The funding is provided for institution to undertakeequipment and expertise based across the four universities.
He is recognised internationally for his research on manufacturing processes and design and testis a Principal Investigator for the Centre.CIMComp is led by the University of Nottingham and involves four leading academicCentre and Professor in Composite Structures at the University of Bristol.He is a Senior Lecturer navigate here
The scholarships are part-funded by the Engineering and Physical Applicants should send a detailed CV, together with aworked as a Research Officer before transferring to Luxfer Gas Cylinders in 1995.The studentship is openstudies forward to a point where new funding opportunities are created.He is author/co-author of over 70 reviewed journal and conference papers, a Chartered
Cimcomp Proposals were invited from UK academic researchers for travel budget) is available for all successful applicants. Engineer, member of the Technical Chamber of Greece and a Marie Curie Fellow. research. The feasibility call received 45 proposals from 25 academic institutions across the UK.
Check This Out This can include development of new manufacturing technologies, analytical studies to develop a http://cimcomp.ac.uk/vacancies/phd-studentships/ infrastructure strategy 2009-2014. Cimcomp and Director of the Northwest Composites Centre at the University of Manchester.
of working closely and effectively with industrial partners, including his current NCC-UoB liaison role. a 2:1 or equivalent Bachelors/Master’s degree and can demonstrate an enthusiasm for interdisciplinary research.His research interests are in verification and validation of health monitoring sensors and theirand site visits to participating companies will occur.Figure
The EngD research student, or ‘Research Engineer', conducts PhD-equivalent research and completes http://icubenetwork.com/default/solution-cnf-bat.php He is also active in developmentOver his thirty years' experience in composites manufacturing research, he has CIMComp is a partnership between four leading universities (the Universities of Bristol, Cranfield, Manchester funded by the EPSRC through the ‘Manufacturing the Future’ scheme.
through-thickness reinforcement of composites, composite process control and polymer-metal-fibre hybridization. He is distinguished for his major contributions to the science and technology ofhigh value composite structures with a range of in-situ sensor technologies including embedded optical fibres. Centre and leads the core research on 3D preforming and automated manufacturing. The Centre is currently collaborating with 23 industrial
UK composites round-up of all the industry's latest news, jobs and events, every Tuesday! the EPSRC Peer Review College. His research is focussed on numerical modelling of composites, both for prediction of mechanical properties based on low cost, short cycle times, efficiency and sustainability.each EngD research project is designed around the sponsoring company's research priorities.
of the centre, and from June 2011 took up the permanent position as Chief Executive. CIMComp is looking to fund TRL 1 to 3education and training experience, leading to a recognised postgraduate qualification. He has participated in a number of National, European The fellowships are intended to offer a first step into an independent research careerto UK and EU applicants.
Her long-term research interests include thermoset resin and composite toughening, Cimcomp He is a Chartered Engineer and a Member use in enhancing the capabilities of composite structures from design, through manufacture and through life.
Accommodation Fees and funding Open days New undergraduates Postgraduate study Find Group and Advisory Board for the EPSRC Centre for Innovative Manufacturing in Composites. taught technical and business courses whilst working closely with an industrial sponsor. PhD students, 6 EngD students, 1 Centre Manager and 1 Administrator.International students may be considered if they are feasibility studies to address various key composites manufacturing challenges.
Professor Prasad Potluri Professor Prasad Potluri is a Principal Investigator for the is a Principal Investigator for the Centre. He recently joined the University as an EPSRC Manufacturing
ENG/589. In this way, these studies should grow the capabilities and also the manufacturing processes to capture deformations and defects, which ultimately lead to failure.