Careers

We are always happy to hear directly from candidates who have the right expertise to join our team, but right now we are actively recruiting.

We are making plans to use our technology to provide a missing piece of the technological jigsaw for self-driving cars. Co-Pilot will control the car during emergency manoeuvres, at the limit of the performance of the vehicle, thus providing valuable enhancements in autonomous vehicle safety.

We are looking for two highly skilled engineers to join our team. We will offer successful candidates a competitive remuneration package, a fast-paced environment and an opportunity to play a big part in a technological revolution.

Canopy Simulations operates a fully distributed team, so the ability to work independently is very important. Excellent communication skills and the ability to work effectively with our clients are also highly valuable to us.

To apply directly please send your CV and a short cover note to recruitment@canopysimulations.com

Lead Software and Vehicle Dynamics Engineer

We are looking for a highly skilled engineer to join our team and take a senior technical role in the Co-Pilot project.

The ideal candidate will have some or all of the following skills, attributes and experience:

  • A strong degree in engineering or another mathematical subject.
  • Experience in vehicle dynamics.
  • Extensive coding experience, ideally in C++.
  • Experience in advanced control theory and methods.
  • Prior technical management experience.
  • A history of innovation.

Software and Vehicle Dynamics Engineer

We are looking for a highly skilled engineer to join our team and take a technical role spanning both the Co-Pilot project and technical customer support roles in our established motorsport business. 

The ideal candidate will have some or all of the following skills, attributes and experience:

  • A strong degree in engineering or another mathematical subject.
  • Experience in vehicle dynamics.
  • Extensive coding experience, ideally in C++.
  • Experience in advanced control theory and methods.