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  HEFCE

Report 00/23

Joint Research Equipment Initiative 1999: Awards by HEFCE and DHFETE


To

Heads of HEFCE-funded institutions
Heads of DHFETE-funded universities

Of interest to those responsible for

Research funding; Equipment; Finance

Reference

00/23

Publication date

June 2000

Enquiries to

Rachel Schofield tel 0117 931 7316
e-mail r.schofield@hefce.ac.uk


  1. Executive summary

    Purpose

  2. This document announces the awards by the HEFCE and the Department for Higher and Further Education, Training and Employment in Northern Ireland (DHFETE) for the 1999 Joint Research Equipment Initiative (JREI).

    Action required

  3. No action is required.

    Background

  4. Institutions were invited in Circular Letter 2/99 to submit applications to the 1999 JREI, run jointly by the higher education funding councils for England, Scotland and Wales (HEFCE, SHEFC and HEFCW), DHFETE, the Research Councils and the Office of Science and Technology (OST).
  5. This was the fourth round of JREI; the rules and criteria for the initiative were substantially unchanged from previous years. The objectives of the initiative were:
    1. To contribute generally to the physical research infrastructure in higher education institutions.
    2. Where possible, to promote partnership and sharing of equipment between departments and institutions.
    3. To enable high-quality research to be conducted with the investment, particularly in priority areas for science and technology, such as those identified in the Foresight generic priorities.
    4. To promote partnership between higher education institutions and external sponsors of research, such as industry and commerce, charities, government bodies and NHS trusts.
    5. To assist the higher education funding bodies and the Research Councils in taking a strategic overview of the equipment needs of the UK higher education sector.
  6. Funding was conditional upon the provision of substantial funding by an external sponsor.
  7. The initiative was run as two competitions:
    1. Competition A for bids for less than £150,000, funded by five of the Research Councils - BBSRC, MRC, PPARC, EPSRC and NERC.
    2. Competition B for bids requesting more than £150,000, funded by the HEFCE, HEFCW, SHEFC and DHFETE.
  8. A joint steering group of the funding bodies and OST oversaw both competitions; its membership is at Annex A.
  9. The guidelines for the JREI explained that, at the discretion of the steering group, applications might be moved between the two competitions so that the best mix of bids could be funded.

    Assessment

  10. Applications submitted to both competitions were peer reviewed by the relevant Research Council. Proposals were assessed to determine the quality of the proposal against the objectives of the initiative, and judged on their value for money, including the level of matched funding.

    Awards

  11. The HEFCE originally set aside £15 million for the 1999 JREI, but subsequently provided additional funding; the final awards by the HEFCE and DHFETE totalled £16.3 million. These are listed at Annex B.
  12. JREI awards by the Research Councils, SHEFC and HEFCW are announced separately.

    Conditions of grant

  13. Detailed conditions of grant and methods of payment have been provided to heads of institution and successful applicants. Copies of the conditions can be obtained from Rachel Schofield on 0117 931 7316.

    Audit and evaluation

  14. The HEFCE may audit a sample of awards to test that the equipment described in the bid has been purchased, and that value for money has been obtained from the funds provided.
  15. The OST, the Research Councils, the funding councils and DHFETE are carrying out an evaluation to assess the impact of the initiative on UK science. The evaluation began in November 1999 and will report during 2000.

Annex A

Membership of the JREI steering group

OST

Dr John Taylor

BBSRC

Professor Ray Baker

EPSRC

Professor Richard Brook

ESRC

Dr Glyn Davies

MRC

Professor George Radda

NERC

Professor John Lawton

PPARC

Professor Ian Halliday

HEFCE

Sir Brian Fender

DHFETE

Mr Peter Holmes

SHEFC

Professor John Sizer

HEFCW

Professor John Andrews


Annex B

Joint Research Equipment Initiative 1999:
Awards by the HEFCE and DHFETE

 

£

£

University of Bath

 

447,900

  • A symmetric multiprocessor computer for simulating the chemistry of ceramics and minerals

    Professor SC Parker

275,000

 

  • UV raman microscopy

    Dr D Wolverson

172,900

 

University of Birmingham

 

1,071,600

  • Fluorescent imaging in the life sciences

    Professor M Heath

219,400

 

  • Analysis of catalytic and regulatory ligand-protein interaction by NMR

    Professor Levine

213,100

 

  • Networked microsystems R&D in an innovative manufacturing environment

    Professor PD Prewett

639,100

 

University of Bristol

 

536,200

  • High performance area detector diffractrometry

    Professor AG Orpen

293,000

 

  • Applications of solid-state NMR in colloids, polymers and geochemistry

    Professor T Cosgrove

243,200

 

University of Cambridge

 

1,344,500

  • Computer simulation of protein folding

    Dr M Wales

366,000

 

  • Quantitative measurement science for engineering based MRI

    Professor LD Hall

742,800

 

  • Diversification and development of environmental scanning electron microscopy methodology and applications

    Professor AM Donald

235,700

 

University of Durham

 

290,300

  • Siderophile metal tracing of geological and environmental processes using magnetic-sector ICP-MS

    Dr G Pearson

290,300

 

University of East Anglia

 

231,200

  • Magnetic property measurement system for palaeoclimate, palaeomagnetism and pollution

    Professor B Maher

231,200

 

Imperial College of Science, Technology and Medicine

 

1,013,800

  • A FIB-SIMS for materials processing and analysis

    Dr DS McPhail

235,500

 

  • Dedicated computational fluid dynamics modelling at Imperial College

    Professor J Darlington

778,300

 

University of Lancaster

 

371,500

  • A computing facility for studying high energy proton and antiproton collisions

    Professor Ratoff

371,500

 

University of Leeds

 

1,297,500

  • Protein sequencing and molecular analysis facility

    Professor M Stockley

522,400

 

  • Virus production facility for gene therapy applications

    Professor Markham

71,700

 

  • Advanced simulation of driving tasks for future transport telematics and foresight vehicle research

    Mr AM Parkes

260,300

 

  • Virtual environment laboratory for interactive stimulation and visualisation

    Professor PM Dew

443,100

 

University of Leicester

 

2,408,000

  • UK astronomy fluids facility

    Professor King

2,408,000

 

University of Liverpool

 

1,214,600

  • Networked supercomputing cluster for mantle, ocean and rock studies

    Dr JH Davies

324,000

 

  • High performance computing for materials research

    Professor DJ Bacon

334,500

 

  • High power carbon dioxide laser facility

    Dr KG Watkins

285,400

 

  • Patient-specific prostheses: predicting the medical behaviour of implants

    Dr RH Crompton

270,700

 

University of Manchester

 

1,294,800

  • Nuclear resonance spectroscopy instrumentation- methods and applications

    Professor M Morris

214,300

 

  • Accurate modelling of chemical reactivity using commodity processors

    Professor IH Hillier

365,000

 

  • A premier centre for high performance visualisation and virtual reality

    Mr R McCloy

715,500

 

University of Nottingham

 

903,600

  • Development of new NMR microscopy techniques for biological and materials research

    Dr M Bowtell

521,000

 

  • Production of hyperpolarised xenon gas for MRI

    Dr JR Owers-Bradley

382,600

 

University of Oxford

 

569,200

  • Design of high mass q-tof EM, to provide high mass capabilities and sample collection

    Dr F Robinson

194,900

 

  • Hot Metal Processing

    Dr KAQ O’Reilly

374,300

 

Queen Mary and Westfield College

 

660,700

  • High performance computing and visualisation environment for multiscale modelling, imaging and 3-D TV

    Dr PV Coveney

386,400

 

  • Dual cluster system for computationally intensive research in fluid & solid mechanics

    Professor JPW Stark

274,300

 

The Queen’s University of Belfast

 

14,000

  • Improved detection and treatment of anaerobic bacterial infection of prosthetic joints

    Dr Patrick

14,000

 

University of Reading

 

595,800

  • Coupled torsion and tension behaviour of ropes and other components

    Professor CR Chaplin

164,000

 

  • Multi-user distributed interactive visualisation

    Professor GM Megson

431,800

 

University of Sheffield

 

229,100

  • Metal pollutant spike identification and control in toxic & municipal waste incineration plants

    Professor J Swithenbank

229,100

 

University of Southampton

 

699,900

  • Mammalian genome research facility

    Professor Fleming

220,000

 

  • Basic research in aeroacoustics

    Professor PA Nelson

283,900

 

  • Microstructure property optimisation in structural materials for the transport and biomedical sectors

    Professor PJ Gregson

196,000

 

University of Sussex

 

193,300

  • A facility for macromolecular x-ray crystallography

    Dr M Davies

193,300

 

University of Ulster at Coleraine

 

177,000

  • Ionised physical vapour deposition: closed field unbalanced magnetron/inductively coupled plasma sputtering

177,000

 

University College, London

 

595,300

  • Genomic analysis in evolution and development

    Professor F Partridge

230,000

 

  • A computational facility for the modelling of catalysis, sorption and sensors

    Professor CRA Catlow

209,000

 

  • Functional brain imagery of neonates intensive care with a multi-channel time-resolved optical imager

    Dr J Hebden

156,300

 

University of Warwick

 

210,400

  • High field NMR spectrometer

    Professor TDH Bugg

210,400

 

University of York

 

178,000

  • Computing facilities for York structural biology laboratory

    Professor M Hubbard

178,000