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| Cambridge Centre for Advanced Materials | |
|---|---|
| Name | Cambridge Centre for Advanced Materials |
| Headquarters | Cambridge |
| Location | Cambridge |
Cambridge Centre for Advanced Materials is a multidisciplinary research institute located in Cambridge with ties to the University of Cambridge, regional industry clusters such as the Silicon Fen, and national policy bodies including UK Research and Innovation. The centre collaborates with international universities like Massachusetts Institute of Technology, Stanford University, and ETH Zurich and engages with companies such as ARM Holdings, Rolls-Royce, and BP to translate materials science into applications in sectors exemplified by Aerospace, Automotive and Energy. It serves as a hub connecting research funders such as the Engineering and Physical Sciences Research Council and philanthropic organisations including the Wellcome Trust.
The centre integrates expertise from constituent departments including the Department of Materials (University of Cambridge), the Cavendish Laboratory, and the Department of Engineering while maintaining linkages to the Scott Polar Research Institute, the Microsoft Research Cambridge lab, and the National Graphene Institute. Its mission aligns with national strategies articulated by Innovate UK and international agendas from organisations like the European Research Council and NATO Science for Peace and Security. The organisational model mirrors consortia such as the Max Planck Society collaborations with Fraunhofer Society and partnerships between Imperial College London and University College London.
The centre evolved from legacy programmes in the University of Cambridge such as initiatives associated with Sir William Bragg, the establishment of the Cavendish Laboratory under James Clerk Maxwell's successors, and materials programmes influenced by industrial patronage from firms like Siemens and GlaxoSmithKline. Formal formation drew on comparative models including the founding of the National Physical Laboratory and the expansion of the Laboratory of Molecular Biology, with governance shaped by precedents from the Royal Society and funding patterns reminiscent of Wellcome Trust awards. Milestones include strategic partnerships negotiated with Cambridge Enterprise, memoranda modelled on agreements used by Oxford University Innovation and technology transfer frameworks similar to those of Harvard University.
Research spans themes such as nanotechnology, exemplified by collaborations with the National Graphene Institute and laboratories using techniques from the Cavendish Laboratory; advanced composites work akin to programmes at MIT and Daimler AG; and energy materials research paralleling studies at Imperial College London and Shell. Facilities include cleanrooms comparable to those at the National Physical Laboratory, electron microscopy suites inspired by the Diamond Light Source, and high-field magnet systems related to facilities at the Helmholtz Association institutes. Experimental platforms support work on graphene, carbon nanotubes, perovskite solar cells, and solid-state batteries with instrumentation types like transmission electron microscopes used at the European Synchrotron Radiation Facility and fabrication tools similar to those at Tyndall National Institute.
Partnerships extend to universities such as Princeton University, University of Oxford, and University of Tokyo and to corporations including Rolls-Royce, BAE Systems, Johnson Matthey, and Tesla, Inc.. Collaborative frameworks mirror consortia like the Cambridge–MIT Institute and industrial doctoral training centres modelled on EPSRC Centre for Doctoral Training schemes, while licensing and spin-out activity follows practices from Cambridge Enterprise and Oxford Sciences Innovation. International collaboration agreements reference structures used by UNESCO programmes and bilateral research pacts similar to partnerships between Japan Science and Technology Agency and UK Research and Innovation.
The centre contributes to postgraduate training through doctoral programmes affiliated with the Department of Materials (University of Cambridge), structured training comparable to EPSRC Centres for Doctoral Training, and executive education courses resembling offerings from Judge Business School. Student exchanges and fellowships link to schemes run by the Marie Skłodowska-Curie Actions, the Fulbright Program, and the Rhodes Scholarship network; professional development includes short courses and summer schools modelled on events at Imperial College London and the Max Planck Institutes.
Notable projects include collaborative work on graphene device integration with partners similar to National Graphene Institute efforts, perovskite stability research paralleling groups at Oxford University and EPFL, and lightweight composite structures developed for Rolls-Royce-style aeroengines. Contributions to standards and policy have been made in venues like the British Standards Institution and inputs provided to advisory bodies analogous to the Committee on Climate Change. The centre has supported spin-outs following trajectories like ARM Holdings and Cambridge Display Technology, and has been involved in publicly visible demonstration projects akin to those at the Eden Project.
Governance structures reflect models used by the University of Cambridge collegiate system and boards with external membership drawn from institutions such as European Commission advisory panels and corporations like BP and Siemens. Funding is diversified across sources including competitive grants from the Engineering and Physical Sciences Research Council, collaborative industrial contracts with companies such as GKN and BASF, philanthropic contributions reminiscent of the Wellcome Trust and institutional support comparable to endowments held by King's College, Cambridge. Budgetary oversight and audit practices align with standards applied by the Charity Commission for England and Wales and financial governance frameworks used by Research Councils UK.
Category:Research institutes in Cambridge