Lucy Richardson, female noise and acoustics engineer, smiles at camera in anechoic chamber

Lucy Richardson

Sound Sculptor. Acoustics engineer at Dyson.

Female noise and acoustics engineer stands in workshop
Female noise and acoustics engineer tests product in a workshop
Noise and acoustics engineers test products in anechoic chamber
Female noise and acoustics engineer sketches designs of products

I’m from Cardiff and I love music and am fascinated by sound. I work for Dyson, developing products that are used in daily life. I am one of the acoustic engineers behind the Dyson Supersonic hairdryer and have helped invent quiet bladeless fans.


I grew up surrounded by science experiments and family projects to make and fix things from broken toys to pieces of furniture.  I was also very creative. I danced, drew and loved music. When it came to choosing what to study, I considered everything from History of Art to Maths. I chose engineering as it let me be both creative and scientific. I studied Acoustical Engineering at the University of Southampton so I could use my passion for music and sound.


 Before I went to university, I didn’t know how broad engineering could be and was surprised to be studying in the classroom one day and then welding in the lab the next. Now my job is a mix between working on the computer and being more hands on – I might be coding or pulling things apart.


 At Dyson, I am a Senior Noise and Vibration Engineer. Dyson makes many household products, from hairdryers and fans to the famous vacuum cleaner. These all need to work efficiently but can be noisy. My job is to design improvements and do experiments in the lab to make sure the products aren’t disruptive but stay high performing.


 My job means I get to travel and I have worked in Singapore and Malaysia. Working internationally means I get to meet new people and develop exciting solutions to everyday problems. There is also plenty of room for fun – I was once challenged to make a musical instrument out of Dyson parts and made a violin out of a Dyson Airblade hand dryer! I then performed with it on stage, mixing music, creativity and engineering together.


 I love that I solve problems as part of a team, as well as working with engineering students, helping to train the next generation of engineers as part of their degree. It’s very rewarding when I go to a friend’s house and they show off their new quiet hairdryer or fan that I helped make.

Where to next?

Find out more about how you can turn what you love into engineering, and what a future in engineering could look like, by exploring the links below. And if you have a question or comment, get in touch, we’d be happy to help!