Senior Aeroacoustics Engineer - Next-Gen Motor Design

Dyson GmbH; Malmesbury; On-site; GBP 90,000 - 130,000; Full time

Job summary

Dyson is seeking a Senior Aeroacoustics Engineer to lead aeroacoustics development for next-generation Dyson Digital Motors. You will use high-fidelity CFD and advanced modelling to drive performance from concept to product, shaping both aerodynamic and acoustic outcomes.

You will own simulation-led design workflows, collaborate with top academic partners, and mentor engineers while developing experimental techniques for ultra-small scale measurements.

Qualifications

• Degree in Aerospace or Mechanical Engineering or closely related field.
• Strong grounding in aerodynamics, aeroacoustics and thermodynamics.
• Proven experience with high-fidelity CFD and aeroacoustic design.

Responsibilities

• Lead aeroacoustic design and analysis of next-generation Dyson Digital Motors using CFD and advanced modelling.
• Design and optimise motor aeroacoustic systems across early concept to detailed development stages.
• Identify and advance innovative aerodynamic and aeroacoustic solutions with first-principles thinking.
• Translate research into practical engineering solutions bridging discovery to product delivery.
• Own simulation-led design workflows ensuring robust, accurate analysis to reduce risk and timelines.
• Develop and champion advanced experimental techniques for flow and acoustic measurements.
• Mentor junior engineers and contribute to aeroacoustic capability growth within the team.
• Support technology transfer into product development with delivery teams.

Skills

Aeroacoustics

CFD

Turbomachinery design

Experimentation

collaboration

Education

Aerospace/Mechanical Engineering degree

Tools

Concepts NREC

ADT

NUMECA

ANSYS CFX/Fluent

PowerFLOW

Job description

Dyson is seeking a Senior Aeroacoustics Engineer to lead aeroacoustics development for next-generation Dyson Digital Motors. You will use high-fidelity CFD and advanced modelling to drive performance from concept to product, shaping both aerodynamic and acoustic outcomes.

You will own simulation-led design workflows, collaborate with top academic partners, and mentor engineers while developing experimental techniques for ultra-small scale measurements.