Robot Operator

About The Role What if your daily routine — cooking brekkie, tidying up, moving through your home — could directly shape the future of robotics? We're looking for Robot Operators across Australia to capture real‑world video footage of everyday tasks, creating the training data that teaches next‑generation AI robots how humans interact with the physical world. This is a fully remote, flexible contract role open to almost anyone. No technical background, no robotics experience, no special skills required — just a smartphone or camera, a space to record in, and a willingness to follow simple guidelines. Job Details Organization: Alignerr Type: Hourly Contract Pay: $40–$120/hr Location: Remote (Australia) Commitment: 10–40 hours/week What You'll Do Record yourself performing common everyday tasks — cooking, cleaning, organizing, navigating spaces — using a smartphone or video camera. Follow clear step‑by‑step recording guides that tell you exactly what to capture and how. Ensure footage is clear, well‑lit, and properly framed to meet quality standards. Submit completed recordings alongside brief task descriptions. Participate in recurring recording sessions as new tasks and scenarios are assigned. Who You Are Access to a smartphone or video camera capable of recording clear footage. A home or personal workspace where you can comfortably record. Comfortable being on camera performing routine, everyday activities. Able to follow straightforward recording guidelines consistently. Reliable and self‑motivated when working independently. No technical, robotics, or AI experience required. Nice to Have Experience creating video content or following production guidelines. Familiarity with a variety of everyday environments and tasks. Strong attention to detail and consistency across recording sessions. Why Join Us Work on cutting‑edge AI and robotics projects alongside leading research labs. Fully remote and flexible — record on your own schedule, from your own space. Freelance autonomy with the structure of clear, task‑based assignments. Contribute to meaningful work that directly shapes how robots learn from human behavior. Potential for ongoing work and contract extension as new projects launch. #J-18808-Ljbffr