Robot Operations Engineer
Verne Robotics
Robot Operations Engineer
Verne Robotics
AI-powered software for bimanual robot arms
The Role
We’re looking for a Robot Operations Engineer who is passionate about robotics. This is a hands-on role where you will operate bimanual robots in R&D environments. You will follow structured procedures to collect high-quality robot data. This data is foundational to creating robots that perform tasks autonomously in the real world.
Responsibilities
• Assemble, test, and validate engineering systems.
• Accurately collect data consistent with a high internal quality bar.
• Maintain clear records of completed workflows and label data using internal tooling.
• Adhere to all safety guidelines in the lab.
Qualifications
• Bachelor’s degree in electrical engineering, computer science, mechanical engineering, or a related field.
• Strong attention to detail and a proactive approach, including the confidence to raise questions or flag inconsistencies.
• Ability to follow written and verbal instructions precisely.
• Reliable transportation and ability to commute to the office.
• Ability to thrive in a fast-paced environment.
Bonus Qualifications
• Excellent physical coordination, spatial awareness, and focus.
• Passion for robotics.
Benefits & Compensation
• Hourly range: $25–$35.
• Expect to work 30–40 hours per week; this is a part-time role.
AI-powered software for bimanual robot arms
Verne Robotics provides AI-powered software for bimanual robot arms to learn and perform new tasks within hours, not weeks. Its Nemo3 system—a dual-arm robot with a 2.5-foot reach and 4-pound payload—uses AI and diffusion models to analyze about 30 minutes of tele-operated data and break tasks into learnable skills that the robot can execute. The company offers a pay-by-the-hour model, avoiding large upfront costs and making automation accessible to industries that require dexterous manipulation, such as meal-kit assembly, packaging, logistics, and biotech lab work. Verne Robotics differentiates itself through fast, data-driven task learning, flexible installation, and a service-based pricing approach rather than traditional, expensive robotic deployments. Its goal is to accelerate and democratize robotic automation by enabling rapid, flexible, and affordable robotic solutions that can be deployed in a variety of settings.
Explore more opportunities at Verne Robotics