Fluid Dynamics Engineer
£Competitive + 27 Days Holiday, Bonus, Pension
As part of Dyson's research team, you will utilise your technical skills in Fluid Dynamics and Computational Fluid Dynamics (CFD) to generate new technologies and innovative ideas. You will have direct impact on the technology behind Dyson's future products.
Research at Dyson is composed of multi-disciplinary teams that collaborate to produce the innovation behind the next generation of our products. Each Research Engineer gains an insight into our challenges and developments across a variety of disciplines such as aerodynamics. Research across all teams is driven by cutting-edge experimental, computational and analytical methods.
You will drive product improvement from a fluid dynamic perspective whilst also considering all aspects of the technology. This integrated multidisciplinary approach to product development fosters a vibrant learning environment and provides a unique opportunity to develop as an engineer. You will have the opportunity to present to Senior Leadership, including James Dyson.
- Deliver product focused technology projects to the Dyson range plan.
- Generate innovative concepts for new technologies using analytical techniques including empirical/low order modelling techniques.
- Conduct detailed theoretical analysis of these technologies using analytical and CFD to increase understanding and insight within the team.
- Analyse results, summarise findings and communicate these to other members of Research including senior managers and directors.
- Liaise with development teams to ensure effective transfer of technology into future product range.
- Identify potential research areas which would benefit from new technology development.
- Present concepts to James Dyson and the Exec. team, when required.
- Work closely with leading academic institutions on technology research
- Degree ideally in aerodynamics and thermodynamics or related area such as physics or applied maths
- Industry experience and understanding of the principles and application of CFD
- Previous experience of ANSYS-Fluent and/or ANSYS-CFX and/or STAR-CCM+ would be beneficial
- Good understanding of experimental techniques, particularly with regard to pressure, temperature and flow measurement.
- Fundamental knowledge of fluid dynamics and thermodynamics.
- Experience performing industrial CFD on larger systems, preferably with experience of ANSYS.
- Programming experience, preferably including Matlab