• Computer modelling and simulation in engineering (Mechanical Engineering and Chemistry).
  Professor M Owen and Professor I Williams

• High resolution analytical transmission electron microscope (Materials Science and Engineering).
  Professor R Stevens

• Midlands Field Emission Gun Transmission Electron Microscope facility (Metallurgy and Materials).
  Professor I Jones

• Combined in-process spectroscopy and rheometry of polymers in melt processing operations (Mechanical Engineering).
  Professor P Coates

• Interactive media computing (Computer Science).
  Dr A Chalmers

• Semi-solid processing of A1-alloy and A1-MMC components by high temperature injection moulding (Materials Engineering).
  Dr Z Fan

• Hypervelocity studies of materials in impact (Physics).
  Dr N Bourne

• Functional brain imaging of the critically ill patient with acute brain injury (Wolfson Brain Imaging Centre).
  Dr TA Carpenter

• Institute for cellular and genetic medicine - structural biology support facility (Haematology).
  Professor RW Carrell

• High performance computing and network initiative (Department of Applied Maths and Theoretical Physics).
  Professor D Crighton

• Computational micromechanics (Engineering).
  Professor NA Fleck

• The origin and structure of the universe (Applied Mathematics and Theoretical Science).
  Professor SW Hawking

• A Fourier transform - ion cyclotron resonance (FT-ICR) mass spectrometer for studies of protein folding and protein-protein interactions in Cambridge (Biochemistry).
  Dr E Laue

• Quadropole-time of flight mass spectrometer for Cambridge Centre for Molecular Recognition (Chemistry).
  Professor Steven V Ley

• Institute for cellular and genetic medicine - genetic statistics/bioinformatics computing support facility (Wellcome Centre for Human Genetics).
  Professor JA Todd

• Bio-interface research and fabrication (Cranfield Biotechnology Centre).
  Dr D Cullen

• Flight simulation research facility for avionics and human factors (College of Aeronautics).
  Professor D Allerton

• Laser facility for flow measurement and photonic instrumentation research (Mechanical Engineering).
  Dr R Tatam

• Parallel computer for CFD research (Mechanical Engineering).
  Professor A Gosman

• Hierarchical materials characterisation laboratory (Materials).
  Professor L Hench

• A visualisation centre at Imperial College of Science Technology and Medicine (Centre for Biological and Medical Systems).
  Professor R Kitney

• A cell sorting facility for the Alexander Fleming Building, Imperial College (Biology).
  Dr J Langhorne

• Solid state NMR spectroscopy and its application to polymers and biomaterials (Chemistry).
  Dr R Law

• X-ray diffraction facilities for high temperature, surface and thin film characterisation (Materials).
  Professor M McLean

• Wavelength flexible fibre sources for diverse application in optical technology (Physics).
  Dr JR Taylor

• A laboratory based x-ray beamline for the time resolved study of phase transitions in lyotropic systems (Chemistry).
  Dr R Templer

• Magnetic resonance applied to anticancer drug design and evaluation - from inception to the clinic (Section of Magnetic Resonance).
  Professor M Leach

• High performance computing facility for computational modelling (Computer Studies).
  Professor P Dew

• Computing equipment infrastructure for the radio and space plasma physics group in the University of Leicester (Physics and Astronomy).
  Professor SWH Cowley

• A state of the art optical engineering research laboratory (Mechanical Engineering).
  Professor NA Halliwell

• A regional facility for computational biology (Biological Sciences).
  Dr A Brass

• A state-of-the-art electron probe regional facility for advanced earth sciences and materials research (Earth Sciences).
  Professor CMB Henderson

• Matrix assisted laser desorption ionisation - time of flight (MALDI-TOF) Mass Spectrometer for the department of chemistry (Chemistry).
  Professor C Price

• A tandem mass spectrometer for ultra-high sensitivity analyses (Chemistry).
  Professor SJ Gaskell

• Subnanometre optica l and electrical microscopy and photonic materials (Physics).
  Professor B Hamilton

• High performance computing facility for research into modelling and simulation of turbulence transport and related phenomena for engineering CFD (Mechanical Engineering).
  Professor M Leschziner

• Simulation of covalently bonded materials using parallel computational methods (Physics).
  Dr P Briddon

• Inter-university small animal magnetic resonance facility for neurobiology (Physics).
  Professor P Morris

• Microprobe analysis of synthetic and natural materials (Materials Science).
  Professor B Cantor

• A new, 500MHz wide-bore NMR spectrometer for the study of energetics, pH and membrane transport in physiological systems (Biochemistry).
  Dr K Clarke

• A parallel computing facility for multi-disciplinary research (Computing).
  Dr M Giles

• Solid state NMR in inorganic and structural chemistry (Inorganic Chemistry).
  Professor MLH Green

• The development of next generation superconducting magnets and their use in physics research (Physics-Condensed Matter).
  Professor R Nicholas

• Investigation of protein-ligand interactions by mass spectrometry (Oxford Centre for Molecular Sciences).
  Dr C Robinson

• High field (800Mhz) solid-state NMR spectrometer for biological and chemical sciences (Biochemistry).
  Professor A Watts

• Multi-collector plasma source mass spectrometry: applications in geochronology and toxicology (Geology).
  Dr MF Thirlwall

• High performance computer for advanced modelling applications (Physics).
  Dr I Morrison

• Osiris - the next steps (Joule Physics Laboratory).
  Professor DK Ross

• The use of cryo-transmission in electron microscopy in the development of drug delivery systems (Centre for Materials Science).
  Dr D Craig

• Photophysics, psotochemistry and sub-micron device fabrication with conjugated polymers (Physics and Centre for Molecular Materials).
  Professor D Bradley.

• Multi-axial compression and Gf facility for concrete under elevated temperature (MAC2ET) (Civil and Structural Engineering).
  Professor P Waldron

• Matrix assisted laser desorption ionisation - time of flight (MALDI-TOF) Mass Spectrometer for screening of solid phase chemistry, DNA/peptide sequencing, routine and high resolution mass measurement (Chemistry).
  Professor T Brown

• Advanced biological imaging (Biological Sciences).
  Dr JE Chad

• Microstructural evaluation of advanced materials (Mechanical and Materials Engineering).
  Professor M Goringe

• Enhancement of a testing facility for research behaviour of advanced materials (Civil Engineering).
  Professor L Hollaway

• Sussex high performance computing initiative (Chemistry).
  Dr M Heggie

• Powerful computational facilities and firewall for a secure advanced medical imaging network (AMINet) (Radiological Sciences).
  Dr D Hawkes

• Enhancement of the detector array for the ISIS materials diffractometer GEM (Davy Faraday Laboratory).
  Professor P Day

• Hardware accelerated volume rendering for computer aided surgery (Medical Physics).
  Dr A Linney

• Equipment for research in manufacturing of optical surfaces and advanced optical instruments (Physics and Astronomy).
  Dr D Walker

• Computational simulation of large scale complex nonlinear systems (Fluid Dynamics Research Centre).
  Professor P Carpenter

• Numerical simulation and virtual reality: a tool for understanding complex systems (Physics).
  Dr S Chapman

• A UK secondary ion mass spectrometry (SIMS) depth profiling facility with sub-nm depth resolution at high dynamic range - the Atomika 4500 (Physics).
  Dr MG Dowsett

• Medium field NMR spectrometer (Chemistry).
  Dr J Rourke

• Development of an agile manufacturing cell which integrates a tricept robot with a flexible tooling system (Manufacturing Group).
  Dr K Young

• High performance computing infrastructure for neural network and machine vision research (Computer Science).
  Dr J Austin

• A Matrix assisted laser desorption ionisation - time of flight (MALDI-TOF) instrument to enhance regional facilities for biomolecular mass spectrometry (Chemistry).
  Professor R Hubbard

• Computing support for music technology research (Music).
  Dr A Myatt

• High performance computing facility enhancement.
  Professor R Perrott

• Broadband facility for the development of robotics and multimedia applications.
  Dr R Woods

• Equipment and running costs for telemedicine research.
  Professor N Black

1996 Joint Research Equipment Initiative: HEFCE Awards

• High performance computing initiative (Applied Maths and Theoretical Physics).
  Professor DG Crighton

• Earth dynamics, resources and environmental sciences symmetric multi-processor computing facility (Earth Sciences).
  Dr A Schultz