
Website Dyson
Job Description:
Then we continuously refine our ideas – unwilling to compromise and driven by an obsession for finding a better way. Today we employ more than 5,800 people around the world in software engineering, mechanical engineering and science-related roles.
We’re looking for a Lead Aerodynamic Research Engineer to join our Environmental Care Research team.
Job Responsibilities:
- Implement aero-acoustic simulations in order to steer development with the New Product Innovation design engineers.
Fundamental research into aero-acoustic concepts related to quieter/ more efficient products. - Design, build, and test candidate technologies, and disseminate knowledge to groups varying from graduates to directors.
- Present concepts to James Dyson and the Executives when required.
- Explore and introduce the latest aero-acoustic simulation techniques to the Dyson product design process.
- Develop and deliver next-gen aero-acoustic technologies in tandem with New Product Innovation design engineers.
- Work autonomously and independently to scope and deliver product focused technology concepts.
- Conduct/support research with external institutes and universities toward future technology/capability development.
Job Requirements:
- Working knowledge of LabView, Matlab, and Python (or alternative coding languages) would be an advantage.
- CFD and FEA experience is required; prior experience with ANSYS software would be an advantage.
- Experience with aero-acoustic simulation and analysis.
- Strong engineering degree in Mechanical/Aero/Acoustic Engineering (other disciplines with relevant experience will be considered).
- Working knowledge of turbomachinery aero-acoustics would be an advantage.
- Must be a clear communicator with good presentation skills.
- Knowledge of aero-acoustic experimental methodologies.
Job Details:
Company: Dyson
Vacancy Type: Full Time
Job Functions: Research
Job Location: Malmesbury, England, UK
Application Deadline: N/A
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