A Selected List of Current and Past Research Funding
NOTE: In total approximate £30M research funding since 2001, including more than £1M from the industry.
Duration | Project Title | Funding Body | Collaborators |
2014.04-2015.12 | HARNet, in total £6.6M led by Thales and Cohbam UK. | TSB | University of Southampton and University of Bradford |
2013.01-2018.12 | Cambridge Graphene Centre (Co-I) £12M from EPSRC and £13M from UK industry | EPSRC | University of Cambridge |
2013. 1 – 2016. 12 | NANOMICROWAVES in total 4M Euros | European Union FP7 under Marie Curie Action | Coordinated by the UK’s Bio Nano Centre Ltd and involves nine other partners from UK, Austria, France and Italy |
2013.10 – 2016. 9 | Industrial CASE award on graphene and magnetic metamaterials, £130K | BAE Systems | N/A |
2011.7 – 2016. 6 | The Quest for Ultimate Electromagnetics using Spatial Transformations (QUEST) in total £5M | EPSRC | University of Oxford, Exeter |
2011.5 – 2014. 4 | MiMICRA in total 1.4M Euros. | European Defence Agency | In partner with 8 UK and French Partners |
2011.1 – 2014. 12 | PATRICIAN: New Paradigms for Body Centric Wireless Communications at MM Wavelengths, in total, £1.2M | EPSRC | University of Birmngham and Durham, |
2010.8 – 2014.1. | Industrial CASE award on “Transformation Electromagnetics”, £65K | Dstl | N/A |
2010.8 – 2013.7 | Reduction of Energy Demand in Buildings through Optimal Use of Wireless Behaviour Information (Wi-be) Systems”, in total £600K | EPSRC | University of Nottingham, Reading |
2009.11 – 2013.4 | High Power Directive Metamaterial Antennas, in total $1M | Office of Naval Research Global | Penn State University, USA |
2009. 10 – 2011.9 | Electrically Small Antennas loaded with Metamaterials for Body-centric Wireless Communications, Royal Society International Newton Fellowship support for Dr Rui Yang, £66K, | Royal Society | N/A |
2008.2- 2011.1 | Advanced Materials for Ubiquitous Leading-edge Electromagnetic Technologies (AMULET) | TSB (formerly DTI) | ERA Technology, NPL, Vector Fields |
2007. 11- 2010.10 | iRFSim for BSNs: Imaging based subject-specific RF simulation environment for wearable and implantable wireless Body Sensor Networks (BSNs) | EPSRC | Prof. GZ Yang, Imperial College |
2004.06 - 2007.05 | Characterisation and Implementation of Left-handed Metamaterials in Electromagnetic Crystal Structures | EPSRC | DSTL |
2007. 11- 2008.10 | Wireless Implantable Biosensors with Advanced On-Body Data processing | NEAT, Department of Health | Prof. Pankaj Vadgama, Queen Mary College |
2007.4 -2010. 3 | Wearable Antennas for Body-Centric Wireless Network | EPSRC | Prof. Peter Hall, University of Birmingham |
2006.10 - 2007. 9 | Follow on Fund: Electromagnetic BandGap Enhanced Active Conical Horn Antennas | EPSRC | Prof. CG Parini |
2006.2 -2009.1 | Solid Freeforming of New Microwave Metamaterials | Leverhulme Trust | Prof. Julian Evans, University College London, Prof. CG Parini |
2006. 4 -2008. 3 | Wearable Antenna Modelling |
DSTL | N/A |
2004. 2 - 2007.4 | Photonic Antennas with Integrated Optical Transducers |
EPSRC | Prof. Alwyn Seeds, University College London, Dr Peter Huggard, Ruthford Appleton Lab. |
2003.7- 2006.6 | Characterisation of On-Body Communication Channels | EPSRC | Prof. Peter Hall, University of Brimingham |
2001.4 - 2004.5 | Monolithic Millimeter-Submillimeter Wave Conical Horn Antenna Arrays | EPSRC |