Rebecca Cheung

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• Active

  SMC cleanrooms and associated equipment

  Cheung, R., Underwood, I. & Walton, A.

  Miscellaneous

  31/07/02 → …

  Project: Research

• Finished

  Development Of Nano Materials Based Tactile Sensors For Tele - Manipulation In Robotic Surgery

  Cheung, R.

  The British Council

  1/03/21 → 1/03/24

  Project: Research

• Development of Nano materials based Tactile Sensors for Tele - Manipulation in Robotic Surgery

  Cheung, R.

  UK central government bodies/local authorities, health and hospital authorities

  1/03/21 → 1/03/24

  Project: Research

  • Robotics 100%
  • Sensor 95%
  • Elastomer 74%
  • Elastomers 57%
  • Utilization 52%

• Development of Nano materials based Tactile Sensors for Tele - Manipulation in Robotic Surgery

  Cheung, R.

  The British Council

  1/03/21 → 1/03/24

  Project: Research

• Development of Nanomaterials based Tactile Sensors for Tele-Manipulation in Robotic Surgery

  Cheung, R. & Saleem, M. M.

  1/03/21 → 1/03/24

  Project: Research Collaboration with external organisation

  • Sensor 100%
  • Rapid Prototyping 50%
  • Mesoscale 50%
  • Coupling Strength 50%
  • Microelectromechanical System 50%

• Key Technology of Super-Fast Superconducting Wireless Charging

  Li, Q., Cheung, R. & Mueller, M.

  UK-based charities

  31/03/20 → 30/03/22

  Project: Research

• Wireless quantum pressure mapping on tidal blades (QBLADE)

  Cheung, R., McCarthy, E., O'Bradaigh, C. & Viola, I. M.

  EPSRC

  1/05/19 → 30/04/20

  Project: Research

• Design, Fabrication and Characterisation of Novel Thin Film Pyroelectric based Infra-red Sensors

  Cheung, R.

  UK industry, commerce and public corporations

  1/12/17 → 31/05/21

  Project: Research

• Graphene Micro-sensors for Adaptive Acoustic Transduction (GMAAT)

  Newton, M., Cheung, R., Mastropaolo, E., Torin, A. & Wood, G.

  EPSRC

  1/09/15 → 8/11/17

  Project: Research

  • Membrane 100%
  • Graphene 81%
  • Poly Methyl Methacrylate 63%
  • Acoustics 54%
  • Utilization 48%

• A multi-channel adaptive integrated MEMS/CMOS microphone

  Cheung, R., Hamilton, A. & Stevenson, T.

  EPSRC

  1/08/09 → 31/01/14

  Project: Research

  • Transistor 100%
  • Acoustics 89%
  • Microelectromechanical System 81%
  • Sensor 77%
  • Electromechanical System 74%

• Robust efficiencient low power mechanical resonators and mixers

  Cheung, R.

  UK central government bodies/local authorities, health and hospital authorities

  1/09/06 → 30/09/09

  Project: Research

  • Resonator 100%
  • Silicon Carbide 100%
  • Devices 58%
  • Reliability Prediction 50%
  • Fracture 50%

• Equipment for supporting microsystems research at Edinburgh & IMRC related project at Cambridge, Cranfield, Heriot-Watt

  Walton, A., Bunting, A., Cheung, R. & Stevenson, T.

  EPSRC

  1/11/05 → 31/08/08

  Project: Research

  • Investigation 100%
  • Droplet 100%
  • Temperature 90%
  • Fabrication 90%
  • Temperature Sensor 80%

• Integration of Microelectromechanical Systems (MEMS) with Electronics in Silicon Carbide for harsh environment

  Cheung, R.

  EPSRC

  1/12/04 → 31/05/08

  Project: Research

  • Silicon Carbide 100%
  • Resonator 72%
  • Silicon 60%
  • Electrodes 47%
  • Actuation 43%

• Biomorphic Wind Sensing: integrated MEMS and analogue VLSI into robotics

  Webb, B. & Cheung, R.

  EPSRC

  1/09/04 → 31/03/08

  Project: Research

  • Memory 100%
  • Animal Behavior 100%
  • Robots 100%
  • Acid 100%
  • Plastic Deformation 100%

• Biomorphic Wind Sensing. Integrating MEMS and analogue VLSI into robotics.

  Stevenson, T., Cheung, R., Hamilton, A. & Webb, B.

  EPSRC

  1/09/04 → 31/03/08

  Project: Research

  • Microelectromechanical System 100%

• Platform Grant to Support the Development of Micro/Nano Technology Across a range of Disciplines

  Walton, A., Cheung, R., Ewen, P., Haworth, L., Snell, T., Stevenson, T. & Underwood, I.

  EPSRC

  1/12/03 → 30/11/06

  Project: Research

  • Dielectric Material 100%
  • Dielectrics 66%
  • Fabrication 62%
  • Low Voltage 62%
  • Microelectromechanical System 50%

• Development of low damage dry etch processes for silicon carbide microelectromechanical systems (MEMS)

  Cheung, R.

  EPSRC

  1/09/01 → 31/08/04

  Project: Research

• Research visits to Delft Institute of microelectronics and sub-micron technology

  Cheung, R.

  EPSRC

  1/06/01 → 31/05/03

  Project: Research