CAREERS

JOIN OUR TEAM

CAREERS WITH VERCATOR

WHY WORK WITH US

We're looking for the best of the best, building a team for the future. We are looking for driven, dynamic and enthusiastic colleagues to join our vibrant team. 

We offer a friendly and supportive work environment, remotely working through the pandemic. We support flexible working to enable your work-life balance. 

Our team is passionate and tech-focussed with a desire to make a difference...our goals are their goals. They have technical roots forged from academia, complemented by the entrepreneurial mindset lead in the development of automated pointcloud processing. 

CURRENT VACANCIES

We are looking for a dynamic new team members to join us here at Vercator!

If you want a fast-paced and diverse role and are truly passionate about technology, this role is perfect for you!

- NO AGENCIES -

LEAD DEVELOPER

FULL TIME - UK COMPANY - FLEXIBLE, REMOTE WORKING

SENIOR DEVELOPER

FULL TIME - UK COMPANY - FLEXIBLE, REMOTE WORKING

FRONTEND DEVELOPER

FULL TIME - UK COMPANY - FLEXIBLE, REMOTE WORKING

We're always on the lookout for talented individuals, even if there isn't a specific job listed please do send over your CV and cover letter to careers@correvate.co.uk

ABOUT US

Correvate’s Vercator® technology was initially created in the Department of Electronic and Electrical Engineering at University College London and then, on 1st January 2018, exclusively licensed to Correvate. It has since been enhanced by both Correvate and UCL. 

The technology enables the automatic alignment and subsequent analysis of 3D point cloud datasets created using any scanning technology of any wavelength.  A short paper describing its operating principals and benefits of deployment can be found here.

The technology’s first market is in the AEC sector (grouping Architecture, Engineering and Construction) where professionals typically create a ‘digital twin’ of targets of interest, yielding improvements in their productivity. 

Correvate was formed to commercialise a technology that enables the automatic alignment and analysis of 3D point cloud datasets. The technology can be applied to 3D datasets derived from any scanning technology of any wavelength.