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Project Cursa - Robot Manipulation Video Annotator (V2)
📜 Description
- Watch robot manipulation videos across three synchronized camera views and segment them by time.
- Write clear, natural-language descriptions of actions at atomic motion, skill/subtask, and task/goal levels.
- Cover every moment of each video with labels at two or more levels, including pauses and idle moments.
- Describe actions accurately, including failed grasps, dropped objects, and other unexpected outcomes.
- Cross-reference overhead and wrist-camera views to identify objects and confirm contact and grasp details.
- Follow the style guide consistently and participate in periodic calibration sessions.
🛠️ Requirements
- Strong written English and the ability to write varied, precise descriptions.
- Sharp attention to detail when distinguishing actions, object parts, and outcomes.
- Ability to follow a detailed style guide consistently, including in ambiguous cases.
- Comfort describing spatial relationships and mechanical details.
- Reliable, self-directed work habits.
- Prior experience in video annotation, data labeling, transcription, or QA is a plus.
- Familiarity with robotics terminology or tools such as Label Studio is a plus.
Full job description
About the Role
We are looking for detail-oriented annotators to help label robot manipulation videos for AI training purposes. You'll watch short videos of robots performing manipulation tasks (filmed from three synchronized camera angles) and produce precise, structured, natural-language descriptions of the actions taking place. This work directly supports the development of robotics AI models and requires strong written English, sharp observational skills, and the discipline to follow a detailed style guide consistently.
What You'll Do
1. Watch short robot manipulation videos, each filmed from three synchronized camera views (an overhead view and views from each of the robot's two wrist-mounted cameras).
2. Break each video into time segments and write clear, natural-language descriptions for each segment.
- Atomic motion (a few seconds) — a single small movement (e.g., "close fingers around the red handle")
- Skill / subtask (several seconds to ~20 seconds) — a complete, meaningful action (e.g., "pick up the red block by its edge")
- Task / goal (up to ~1 minute) — the overall purpose of a sequence of skills (e.g., "place all blocks in the container")
4. Ensure every moment of video is covered by a label at two or more of these levels — no gaps, including idle or pause moments.
5. Accurately describe exactly what happens, including when something doesn't go as planned (a dropped object, a failed grasp, a slipped grip). Precision matters more than making the robot look successful.
6. Cross-reference all three camera angles: use the overhead view to understand the overall scene and object identity, and the close-up wrist views to confirm exact contact and grasp details.
7. Follow a detailed style guide covering vocabulary for actions, spatial relationships, object descriptions, and manner of movement, applying it consistently across many episodes.
8. Participate in periodic calibration sessions to align your labeling with the team and the client's reference examples.
What We're Looking For
Required:
1. Strong written English — you'll write dozens of short, precise descriptive sentences per video and need to vary your language rather than repeating the same phrases.
2. Sharp attention to detail — able to distinguish small differences (a successful grasp vs. a fumble, a push vs. a drag, which specific object part is being touched).
3. Comfort following a detailed, structured style guide and applying it consistently, even in ambiguous or edge-case scenarios.
4. Basic comfort with spatial/mechanical description (left/right, above/below, naming object parts like handles, lids, or edges).
5. Reliable, self-directed work habits — this is often heads-down work with periodic check-ins rather than close supervision.
Nice to Have:
1. Prior experience with video annotation, data labeling, transcription, or QA work.
2. Familiarity with robotics terminology (grippers, end-effectors, manipulation) — helpful but not necessary, as the style guide is self-contained.
3. Experience with annotation tools such as Label Studio.
#L1-CC1
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