Senior Aerodynamics Engineer

Dyson is a global technology company driven by engineering, innovation and a passion for solving problems others ignore. We challenge convention to create market-leading products that are different and better, continuously refining ideas from concept through to mass production. Within our world-class Research, Design and Development (RDD) department, we identify and develop new technologies, working closely with NPI teams and technical specialists to integrate them into future products for global markets.

We foster a culture of creativity, collaboration and bold thinking, where individuals are encouraged to challenge ideas, learn from mistakes and pursue better solutions.

We are seeking a Senior Aeroacoustics Engineer to lead the aeroacoustics development of next-generation Dyson Digital Motors. In this role, high-fidelity simulation and detailed flow-field analysis (CFD) are your primary tools to drive innovative, simulation-led design from concept to real product. You will shape aerodynamic and acoustic performance from the very first stages, ensuring we make fast, confident, and informed design decisions.

You’ll take ownership of identifying, evaluating, and advancing new aerodynamic and aeroacoustics opportunities, both through internal research and by partnering with top academic institutions. As part of a small, highly specialised aero-acoustic-thermal team, deep technical expertise, technical curiosity, and a proactive, solution-focused mindset are essential.

You’ll push the limits of virtual analysis and compressor design, reducing development risk and timeline by ensuring early-stage simulation is robust, accurate, and actionable. Then, as designs mature, you will champion experimental validation, applying and developing advanced measurement techniques at ultra-small scales. Ensuring close alignment between simulation and real-world physics is critical to achieving Dyson’s uncompromising performance standards.

This role is made for someone who thrives on engineering depth, enjoys solving complex, multi-physics problems, and is determined to set new standards in aeroacoustics performance and motor design.

Key responsibilities:

Lead aeroacoustic design and analysis of next-generation Dyson Digital Motors, using high-fidelity CFD and advanced modelling techniques to drive performance improvements from concept through to development.

Design and optimise motor aeroacoustic systems across both early concept and detailed development stages, with a strong focus on system integration and overall product performance.

Identify and develop innovative aerodynamic and aeroacoustic solutions, applying first-principles thinking and advanced analytical (Ansys CFD, Power Flow, DNS, etc) and experimental methods to solve complex, multi-physics challenges.

Translate research into practical engineering solutions, bridging the gap between early-stage discovery and product delivery to enable robust and scalable motor technologies.

Own simulation-led design workflows, ensuring robust, accurate, and efficient virtual analysis that informs early-stage decision-making and reduces development risk and timelines.

Advance modelling capability and methodologies, including evaluation and adoption of new tools, approaches, and automation/AI to continuously improve simulation accuracy and speed.

Develop, refine, and champion advanced experimental techniques, ensuring accurate capture of flow physics and acoustic behaviour at ultra-small scales.

Analyse and interpret experimental and simulation data, translating findings into clear insights and actionable recommendations for engineering teams and senior stakeholders.

Support technology transfer into product development, working closely with delivery teams to ensure robust, scalable implementation of research outcomes.

Mentor and support junior engineers, sharing expertise, promoting best practices, and contributing to the growth of aeroacoustic capability within the team.

A degree (or higher) in Aerospace, Mechanical Engineering, or a closely related discipline.

Strong grounding in aerodynamics, aeroacoustics, and thermodynamics, with the ability to apply…