Research Associate in Robotics and Automation for Novel Fibre Steering Technology

Bristol, United Kingdom
£33,199 to £37,345
01 Apr 2019
End of advertisement period
30 Apr 2019
Contract Type
Full Time

Division/School School of Civil, Aerospace and Mechanical Engineering
Contract type Open Ended
Working pattern Full time
Salary £33,199 to £37,345
Closing date for applications 30-Apr-2019

Based in the world leading composites research institute, the Bristol Composites Institute (ACCIS), at the University of Bristol, this is a great opportunity to be part of a world class team developing a novel and cutting-edge manufacturing technology to deliver transformative technology to the very rapidly developing and expanding UK’s advanced composites industry.

This EPSRC project aims at developing an innovative fibre placement technology for manufacturing defect-free complex composite structures, by enabling the Continuous Tow Shearing (CTS) process on three-dimensional surfaces. This novel technology will have a capability of eliminating the fibre wrinkling defect in the process of steering the lay-up paths, which was inevitable for producing complex composite components and is the major limitation of the current automated fibre placement (AFP) technology.

The role holder will be working on integrating the current CTS material deposition head with an industrial robot and carrying out fibre steering tests to manufacture highly complex composite components. You will work with a Research Associate who develops the head control algorithm and a CAD-based robot programming tool, but will mainly focus on validating the entire production process from the programming to manufacture and inspecting the steering quality.

The project is supported by Airbus, BAE Systems, National Composites Centre, and ABB robotics, which will provide an excellent opportunity for industrial engagement.

The ideal candidate will have preferably a PhD in Mechanical or Aerospace Engineering with strong experience in material deformation characterisation of impregnated or unimpregnated composite preforms and material modelling and with some background on computer-aided design and finite element analysis. Experience in using industrial robots is advantageous.

It is anticipated that interviews will take place shortly after the closing date

Informal enquiries can be made to: Dr BC Eric Kim (

We appreciate and value difference, seeking to attract, develop and retain a diverse mix of talented people that will contribute to the overall success of Bristol and help maintain our position as one of the world’s leading universities.

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