| Location | Mountain View, California |
About the role
We are looking for a highly motivated Robotics Technician to support the assembly, testing, and service of our FieldPrinter robots and laser trackers. The role covers mechanical assembly and repair, electrical debugging, and Ethernet and network troubleshooting, and requires comfort working from the command line. The ideal candidate is self-directed, detail-oriented, and comfortable working with limited documentation. You will work closely with Engineering, Field Operations, and our manufacturing partner on production builds, prototype builds, repairs, and process improvements.
Assemble, test, diagnose, and repair FieldPrinter robots, laser trackers, tripods, and accessories, from sub-assemblies to final assemblies
What you'll do
Who you are
Nice to have
Requirements
Why You Should Join
In joining our team, you'll become an important part of a small and fast-growing company. We are daring to accomplish something big — do you want to be a critical part of Dusty's success? We are deeply committed to our mission, and we believe in removing roadblocks that distract us from reaching our goals.
To that end, we offer an unlimited vacation policy, a 401(k) with employer match, reasonable work hours, and flexible schedules. We know that our best work happens when we feel well-rested and capable of focusing all of our energy on making Dusty successful.
Strong, effective teams are composed of people with a diverse set of backgrounds and experiences who bring a variety of perspectives to their work. We actively encourage applications from a diverse pool, including those from historically underrepresented groups such as women, people of color, people who identify LGBTQ+, people with disabilities, and immigrants.
Our Code of Conduct
Dusty Robotics exists to serve a wide variety of customers from all walks of life. We believe that our mission is best served in an environment that is friendly, safe, accepting, and free of intimidation or harassment. We do not tolerate abusive behavior.