We’re looking for the next generation of creative problem-solvers; as a graduate engineer at Dyson you’ll be using your technical and creative skills from day one to help us develop revolutionary new technologies.
Dyson opened its new Singapore Technology Centre earlier this year. In this ambitious, top secret centre, some of the world’s brightest engineering minds continually push the boundaries of science & technology.
Available positions are in the functions of Mechanical Design, Fluid Dynamics, Structural Analysis, and Acoustic & Vibration.
Our Singapore story began in 2004 and today we have more than 1000 people working here. At the beginning of 2017 we opened our new, state of the art, Singapore Technology Centre in Science Park I, minutes from Singapore’s technology and start-
up community. This new Technology Centre houses some of Dyson’s most advanced facilities including Robotics and Sensors laboratories and Smart Home, Connectivity & Mobile Applications laboratories as well as an Advanced Control Tower with the latest technology to develop its analytics driven activities.
Not too far away is West Park, our flagship advanced motor manufacturing facility where we develop our autonomous robotic manufacturing capabilities more than 300 robots assemble our Dyson Digital Motor (DDM) here.
It is here that we develop our next generation of motor technology.
RDD is the heart of Dyson. It’s where we invent technology that solves problems. Our engineers challenge convention, build, test, fail, refine, fail again.
To be different takes courage as well as creativity. 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. At the heart of Dyson is Research, Design and Development (RDD) -
Dyson's engine room. It’s where our engineers challenge convention, build, test, fail, refine, and then fail again - all to invent technology that solves problems that others ignore.
As a graduate engineer at Dyson you’ll be using your technical and creative skills from day one to help us develop revolutionary new technologies.
That means working in our high security offices, alongside experts in your field, using cutting edge machinery. But innovation isn’t easy.
As a mechanical or design graduate engineer you could be supporting our New Product Development team, Technical Development team, Test team or even one of our secret projects -
wherever you are you’ll be expected to explore solutions relentlessly, persevere through failure, and search for answers in unlikely places.
You’ll need to be thoroughly hands on, practically applying your technical knowledge with a creative flair to ensure that all engineering problems are resolved thoroughly.
This means championing great design to produce products that meet all performance and functional criteria all whilst challenging and developing Dyson engineering practices to continuously improve.
You’ll be part of a 4,500-strong global team of engineers and scientists from a broad range of disciplines. It’s a place for inventors and creative minds who thrive on challenging convention.
We’ll support you with a full induction, learning about Dyson's global business, meeting senior stakeholders and networking with your new colleagues.
Technical induction follows to provide understanding of processes, technologies and safety; setting you up to contribute fully in your role.
The Graduate Programme is competitive so you’ll need to be academically strong and have the right to work in the country of your application.
You’ll be studying a technical degree, such as : product design, design engineering, design and innovation, mechanical engineering.
A passion for technology is essential. You’ll be able to evidence how you have applied technical knowledge to solve problems either through your studies, own projects or extra-
curricular activities. As you’ll be contributing from the start you’ll be hungry to learn and ready to get stuck in to make an impact.
Above all, you’ll want to play a key part in bringing the next generation of Dyson technology to the world.
For those who are interested in pursuing a more specialised path, knowledge in Fluid Dynamics, Structural Analysis, or Acoustic & Vibration would be crucial.