Carbon Robotics

Carbon Robotics

HQ
Seattle, Washington, USA
Total Offices: 8
180 Total Employees
60 Product + Tech Employees
Year Founded: 2018

Offices at Carbon Robotics

Carbon Robotics is headquartered in Seattle, Washington, USA and has 8 office locations.

Hybrid Workplace

Employees engage in a combination of remote and on-site work.

We encourage flexibility with a mix of in office, field and remote options.

Typical time on-site: 3 days a week

U.S. Office Locations

Global Office Locations

HQ
Seattle, Washington, USA

Lower Queen Anne with easy commuter access, free parking & on major bus lines

Australia
Richland, Washington, USA
Richland, WA

Richland, WA, United States

Salinas, California, USA

Salinas, CA, United States

Search the 30 jobs at Carbon Robotics

19 Hours Ago
Bordeaux, Gironde, Nouvelle-Aquitaine, FRA
Remote
Artificial Intelligence • Computer Vision • Hardware • Machine Learning • Robotics • Software • Agriculture
As a Field Robotics Engineer at Carbon Robotics, you will ensure customer success through the implementation and support of LaserWeeders, providing training, maintenance scheduling, and acting as a liaison between customers and engineering teams. You will also assist the sales team with demos and communicate customer feedback.
Artificial Intelligence • Computer Vision • Hardware • Machine Learning • Robotics • Software • Agriculture
As a Field Robotics Engineer at Carbon Robotics, you will ensure customer success through the implementation and support of the LaserWeeder. This role involves training operators, scheduling maintenance tasks, troubleshooting equipment issues, and serving as a liaison between customers and engineering teams.
Artificial Intelligence • Computer Vision • Hardware • Machine Learning • Robotics • Software • Agriculture
The Director of Hardware Engineering at Carbon Robotics will lead the hardware engineering team, ensuring the successful design, testing, and release of the LaserWeeder product. Responsibilities include collaborating with various teams and managing hardware product quality and performance, while optimizing design to reduce costs and complexity.