Job Detail

Verity is the global leader in autonomous indoor drone systems and a leading provider of drone failsafe technology. Founded in 2014, Verity's drones have completed more than 150,000 autonomous flights safely above people, in more than 100 facilities in 20 countries worldwide. Its systems also enable the deployment of dynamic sensors and other payloads anywhere in commercial and industrial facilities. Verity’s drones have been used by some of the world’s biggest names in entertainment, including Cirque du Soleil and Madison Square Garden, and in global tours of major artists including Drake and Metallica. We are entrepreneurs, engineers, artists, professionals, mathematicians, and designers; all working as one. Do you want to join a fast-moving start-up where your contributions will make a difference?

Our engineers have created unique indoor localization technologies that are core to the autonomy of our drone swarms. Our state estimation team is currently looking for an expert in sensor fusion with a focus on computer vision to help further augment the capabilities of our drones.

Responsibilities

• Design and implement robust real-time state estimation algorithms for challenging real-world environments


• Help develop the future of our localization technology, from proof of concept to worldwide deployment


• Contribute to the continued development and integration of our localization technology into products


• Continuously evaluate new sensors and algorithms for next-generation localization

Qualifications

• PhD or MSc in robotics, computer science, computer vision, or related field with a strong academic record


• Minimum 2 years of experience in the field of vision-based state estimation (e.g. SLAM or visual-inertial state estimation)


• Hands-on experience in sensor fusion


• Strong development skills in C++


• Precise and thorough way of working


• Good English skills, written and spoken

Benefits

• Get hands-on experience on the next generation of flying machines


• Work in an interdisciplinary, international team of highly skilled people


• Create ground-breaking technology for some of the world’s largest autonomous drone swarms