- Science and Research
- United Kingdom - England Remote
**NB this role is based in Newcastle**
Dyson offers a unique opportunity for a talented and experienced Associate Principal Mechanical Engineer with an expertise in rotordynamic analysis to be based in the Dyson Future Power Systems Laboratory at Newcastle University. The role provides a chance to work on low TRL emerging technologies and product solutions with university collaborators, while feeding into and supporting the Technical Research Team, within Dyson’s Research, Design and Development (RDD) department based in Dyson’s Malmesbury Campus.
At Dyson we are encouraged to think differently, challenge convention and be unafraid to make mistakes. We’re creative, collaborative, practical and enthusiastic, but most of all we’re hugely passionate about what we do. We are looking for individuals who wish to invent, design and develop leading products for the global market. By working in our world class Research Design and Development department, these individuals have the opportunity to work alongside other leading technical specialists and highly motivated creative people, to create products which fulfil our ambition of being truly different and better than our competitors.
Dyson products strive to be at the leading edge of technology. Through unique strategic partnerships with global top universities and leading businesses, we gain foresight of up and coming technologies. The technical research team aims to exploit this knowledge to design state-of-the-art products allowing us to differentiate our products from the competition and be ahead of the times.
The Future Power Systems Lab is a collaboration between Dyson and Newcastle University comprising a mixed team of Dyson and Newcastle research staff with a large cohort of postgraduate researchers. The Lab builds on a longstanding collaboration between these two expert teams to focus on defining the future of Power conversion; creating more compact, efficient, reliable and environmentally sustainable power conversion systems for domestic applications and beyond.
About the role
Reporting to the Lab Operations Manager, you will work closely with both Dyson Research Management staff in Malmesbury and with academic and student collaborators based in the lab at Newcastle University.
The Associate Principal Mechanical Engineer role will primarily involve:
Leading a variety of concurrently running projects with university collaborators.
Develop novel mechanical systems, pushing materials and structures to their limits.
Interact with senior management and deliver significant input into the Mechanical roadmap and research activities.
Liaise with multiple teams at Dyson to gather product requirements and distil these into technical research goals for university collaborators.
Frequent travel between Newcastle and Malmesbury locations for face-to-face meetings and practical work.
Attend a global range of conferences, workshops, trade shows and academic collaborators to keep abreast of the latest developments.
Identify novel ideas and solutions and proactively pursue their protection.
Inspire and mentor early career academic and industry researchers.
Involvement in university activities such as workshops, lectures and tutoring.
Work independently to manage your own time effectively.
Education and experience:
A minimum of a good first degree in mechanical engineering or equivalent, with a rotordynamic bias, together with a minimum of five years of industrial experience in a relevant field. Alternatively, you should have graduated from a relevant post-doctoral degree with a mix of high level practical as well as theoretical knowledge and industrial experience in a relevant field.
Extensive rotating machinery design experience, with a strong understanding of rotordynamic phenomena and assessment techniques.
Expert working knowledge of analytical and computational techniques, including Finite Element Analysis (ideally Ansys) for structural, vibratory, thermal and shock load considerations.
Understanding of lifing techniques, both from fatigue and fracture mechanics perspectives.
Good knowledge of 3D computer aided design (CAD) software packages.
Good understanding of statistics and robust design techniques.
Sound understanding of materials science.
Appreciation of other engineering disciplines such as aerodynamics, thermodynamics, CFD analysis, electrical and electronic systems and material science.
Ability to apply systems engineering principles to translate fundamental business / system requirements into system design definition and sub-system / component requirements.
Strong understanding of technical risk management processes including Functional / Design FMEA.
Basic knowledge of GD&T.
The ability to take the lead position within the team on a given area with little direction, whilst maintaining a collaborative relationship with fellow team members.
Be able to demonstrate sound theoretical knowledge, analytical ability and problem solving skills in engineering.
Ability to communicate appropriate, concise and accurate information in written and verbal formats.
Ability to adapt or generate imaginative and innovative ideas, in line with core Dyson values.
27 days holiday plus eight statutory bank holidays
Performance related bonus
Private medical insurance
Free Sport centre usage (Gym)
Free on-site parking
At Dyson, it's about more than our machines. We recognise that our success comes from our inventive people. We believe in including everybody and supporting you on your journey with us
We are following the government guidelines regarding COVID19. At this time all interviews will be conducted via video or telephone. We’re taking these precautionary measures to protect both our employee and candidate wellbeing. Our Talent Acquisition team will work with you and provide further information as appropriate.