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Bailey N 29970-0013

Dr Nicola Bailey

Senior Lecturer in Engineering

Research interests

  • Engineering

Biography

Dr Bailey’s research interests are centred around the understanding and advancement of complex nonlinear mechanical systems, researching next generation technology in the fields of robotics, ultra-precision manufacture mechanisms, assistive technology and turbomachinery.

Specific topics include:

  • Precision control of autonomous systems, with applications in robotics and manufacturing
  • Development of upper limb prosthetics and devices for people with limb difference
  • Predicting the behaviour of complex non-linear systems, including fusion energy devices
  • Advancing novel bearing and seal technologies

Research interests

  • Adaptive and Robust Control
  • Precision Mechanisms and Robots
  • Fluid Dynamics
  • Solid Mechanics
  • Upper Limb Prosthetics

More information

 

 

 

    Research

    kickstarter-robot-image
    Design & Mechatronics

    Fusing mechanical, electrical and control engineering.

    data- cyber-pexels-markus-spiske-1089438
    Computational Engineering

    Applying advanced computational methods to engineering practice.

    Cogs orange
    Manufacturing, Materials & Systems

    Design, manufacturing and processing

    main-article-metamorphic-hand new 7 (final new)
    Centre for Robotics Research

    The group develops solutions to critical challenges faced in society where robot-centric approaches can improve outcomes.

      Research

      kickstarter-robot-image
      Design & Mechatronics

      Fusing mechanical, electrical and control engineering.

      data- cyber-pexels-markus-spiske-1089438
      Computational Engineering

      Applying advanced computational methods to engineering practice.

      Cogs orange
      Manufacturing, Materials & Systems

      Design, manufacturing and processing

      main-article-metamorphic-hand new 7 (final new)
      Centre for Robotics Research

      The group develops solutions to critical challenges faced in society where robot-centric approaches can improve outcomes.