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ASR

ASR

Supply Chain Network Modeling & Optimization: Phase 2a
Funder: Caterpillar Inc.
Duration: 2013 - 2013
e-HIGHWAY2050 - Modular Development Plan of the Pan-European Transmission System 2050
Funder: European Commission
Duration: September 2012 - December 2015
UK Space Agency - NSTP CubeSat Mission Concept Study: CubeSat-XTEND
Funder: Science & Technology Facilities Council (STFC)
Duration: March 2012 - June 2012
Modelling Analysis and Synthesis of Internet-Based Networked Control Systems
Funder: The Royal Society
Duration: March 2012 - February 2014
Supply Chain Network Modelling & Optimization
Funder: Caterpillar Inc.
Duration: 2012 - 2013
Doctoral Training Grants 2011/12 Allocation
Funder: EPSRC
Duration: October 2011 - September 2015
DEECON - innovative after-treatment system for marine Diesel Engine Emission Control
Funder: European Commission
Duration: September 2011 - August 2014
Visit of Professor James Lam of the University of Hong Kong
Funder: The Royal Academy of Engineering (RAE)
Duration: January 2011 - March 2011
Demand Strategy Modelling (Sponsored Studentship)
Funder: Caterpillar Inc.
Duration: 2011 - 2012
Intent Mining Analytical Tools for Cyber Defence
Funder: DSTL
Duration: January 2011 - December 2012
Smarter IntelligEnce Visualisation Environment (SIEVE)
Funder: DSTL
Duration: January 2011 - December 2011
Doctoral Training Grants 2010/11 Allocation
Funder: EPSRC
Duration: October 2010 - September 2014
Particles of the universe - interviews from the edge of discovery
Funder: Science & Technology Facilities Council (STFC)
Duration: January 2010 - October 2010
CENIT-E OCEAN LIDER
Funder: The Spanish Centre for the Development of Industrial Technology (CDTI) and the Spanish government's State Fund for Local Investment (the so-called Plan-E), along with the backing of the Ministry of Science and Innovation.
Duration: 2010 - 2012

The CENIT-E OCEAN LÍDER project is an ambitious technology initiative promoted by a consortium of companies with a strong research capability which addresses the challenge of developing the necessary technologies to set up integrated installations that can harness marine renewable energies, such as waves and tidal currents.

Automatic generation of graphical diagrams summarising large amounts of information
Funder: EPSRC Vacation Bursary
Duration: June 2009 - September 2009
C1XS Post-launch Radiation Support
Funder: Science & Technology Facilities Council (STFC)
Duration: April 2009 - March 2010
Britain's Energy Security in a Multipolar World
Funder: Engineering and Physical Sciences Research Council
Duration: 2009 - 2012

Energy policy aims to fulfil a number of inter-linked, but not necessarily complementary, goals related to environmental, social, economic and security concerns. The importance of energy security derives from the critical role that energy plays in all aspects of every day and business life. Fossil fuels, particularly oil and gas, are the energy resources which underpin modern society. These serve both as fuels (to enable transport, light and heat) but also as the basic inputs, along with other resources, for manufacture and distribution of goods and services necessary for economic well-being and development. The economic and social implications of breakdown in, or perceived insecurity of, energy supply chains can be very severe. The energy world is rapidly changing. Climate change worries are constraining energy policies. At the same time, new economic and politcial world actors, such as Russia, India, China and Brazil, has led to a multipolar balance of power within the globe. These powers require more resources, including oil and gas. This has led to increasing prices and concerns over the future availability and price of oil and gas, and has precipitated changes in the delicate balance of strategic alliances.This proposal aims to analyse the inter-relationships between energy policy, international relations and supply chain policy for Britain's energy security. It analyses the extent to which energy secure policies within those disciplines exhibit resilience, stability, durability and robustness (after Stirling, 2008). Energy security is, in one sense, a very practical and urgent issue. The lights have to be kept on; oil has to flow to meet demand. However, the economic and technical demands of keeping the lights on and the international relation and political aspects of keeping the oil flowing are generally dealt with seperately. The hypothesis of this proposal is that Britain's energy security would improve if they were dealt with in a more inter-linked manner. By bringing the different disciplines of energy policy, international relations and supply chain analysis together, this research cluster will analyse the various temporal and dimensional aspects of energy security, a complex area of energy policy. The 'new' or 'distinctive' element of this proposal is to bring together three overlapping disciplinary research areas of expertise to address the problem of energy security: energy policy, international relations and research about supply chains. As discussed above, there has long been a distinction within the energy world's discussions between internal and external sources of energy security or insecurity. This has led to the following logic of British policy towards energy security: (1) short-term energy security questions, primarily economic and technical, have to be dealt with so that the lights stay on: for examples, questions of variable power output; and ensuring appropriate incentives to encouraging investment in operation and maintenance and new infrastructure. At the same time, (2) it atempts to move away from dependence on oil and gas by (a) reducing energy demand and (b) moving over to low carbon technologies, including within the particularly important transport sector. However, the energy policy debate is, as yet, limited in its ability to incorporate new, or alternative, approaches to analysing and explaining evolving international contexts and their implications for domestic energy security. The research cluster will explore how Britain could improve their strategic, flexible relationships with energy supply countries; and also develop greater resilience in the strategic energy supply chains (a) for oil and gas (as it already attempts to) but (b) for the resources and low carbon technologies (and their components) in the short through to long term to enable the move from the fossil to low carbon economy.

Building Research Capacity
Funder: Southwest Regional Development Agency
Duration: 2008 - 2008
Control of Wireless Networked Dynamical Systems
Funder: The Royal Society
Duration: October 2007 - September 2009
Implementation of FPGA-based run-time Evolvable Hardare System
Funder: EPSRC Vacation Bursary
Duration: June 2007 - September 2007
The Partnership for Research in Marine Renewable Energy (PRIMaRE)
Funder: The South west Regional Development Agency (SWRDA), now REGEN SW, and the European Union through its Convergence and Competitiveness programmes
Duration: 2007 - 2010

PRIMaRE started in 2009 as the Peninsula Research Institute for Marine Renewable Energy, set up by the Universities of Plymouth and Exeter with funding from the South west Regional Development Agency (SWRDA), now REGEN SW, and the European Union through its Convergence and Competitiveness programmes. Initially conceived as a 3 year project which brought together world-class researchers around Marine Renewable Energy (MRE) to build together the capabilities necessary in the Peninsula to support Wave Hub and have a wider impact in the global MRE sector. In 2013 PRIMaRE rebranded itself as the Partnership for Research in Marine Renewable Energy, a consortium of marine renewable energy experts across higher education, research and industry which have joined together to establish a ‘network of excellence’ centred in the South of the UK. The Universities of Plymouth, Exeter, Southampton, Bristol and Bath, along with the Marine Biological Association of the UK and Plymouth Marine Laboratory, have agreed to work together on research projects across the spectrum of marine renewables. Completing the line-up of the Partnership for Research in Marine Renewable Energy (PRIMaRE) is the South West Marine Energy Park (SW MEP) and the Wave Hub facility off the north coast of Cornwall, who will act as conduits between the research community and industry.

Reconstructing Background of DNA Microarray Images
Funder: Engineering and Physical Sciences Research Council
Duration: March 2006 - March 2008
Development of 3D autorouting horse and harness system
Funder: Caterpillar Inc.
Duration: 2004 - 2007
Development of mixtrinsic evolvable hardware system to evolve large logic circuits
Funder: Engineering and Physical Sciences Research Council
Duration: 2003 - 2006
Use of fuzzy-neuro-evolutionary approach for prediction and management of medical data
Funder: Anson research
Duration: September 2002 - October 2004
in the area of Evolvable hardware approach with bi-directional incremental evolution applied to control a six-legged robot
Funder: Nuffield Foundation
Duration: October 2000 - September 2002

Awards to Newly Appointed Lectures in Science, Engineering and Mathematics

development evolvable hardware approach with bi-directional incremental evolution
Funder: Brunel University
Duration: September 2000 - September 2001
in the field of exact sciences
Funder: Education Ministry of Republic of Belarus
Duration: January 1997 - June 1997
development of the decomposition methods for multiple-valued functions and their systems
Funder: Foundation of Fundamental Investigations of Republic of Belarus
Duration: January 1997 - July 1997
field of exact sciences
Funder: International Soros Science Education Program (ISSEP)
Duration: September 1996 - September 1997

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