Key Responsibilities:

• Physical Data Evaluation: Audit video and sensor data to ensure robotic movements are logical, safe, and efficient.
• Spatial Reasoning & Annotation: Provide expert feedback on 3D environments, helping AI models understand depth, distance, and physical obstacles.
• Simulation & Digital Twin Testing: Review and grade AI performance in simulated environments to identify errors before hardware deployment.
• Safety & Physics Validation: Ensure AI-generated physical instructions adhere to the laws of physics and rigorous engineering safety standards.
• Edge-Case Detection: Identify complex real-world scenarios (e.g., lighting changes, surface textures, or moving hazards) that could confuse a robotic system.

Qualification path

Mandatory Qualifications:

• Education: Minimum of a Bachelor’s Degree in Robotics, Mechanical Engineering,or a related technical field.
• Native Language: Native-level proficiency in your primary language is mandatory to assist in localized voice commands and regional safety documentation.
• English Proficiency: Minimum B1 (Intermediate) level English for technical safety reporting and global collaboration.
• Technical Interest: Basic understanding of computer vision, sensor fusion, or autonomous systems.

• Physical Data Evaluation: Audit video and sensor data to ensure robotic movements are logical, safe, and efficient.
• Spatial Reasoning & Annotation: Provide expert feedback on 3D environments, helping AI models understand depth, distance, and physical obstacles.
• Simulation & Digital Twin Testing: Review and grade AI performance in simulated environments to identify errors before hardware deployment.
• Safety & Physics Validation: Ensure AI-generated physical instructions adhere to the laws of physics and rigorous engineering safety standards.
• Edge-Case Detection: Identify complex real-world scenarios (e.g., lighting changes, surface textures, or moving hazards) that could confuse a robotic system.

• Basic understanding of computer vision
• Basic understanding of sensor fusion
• Basic understanding of autonomous systems

• Minimum of a Bachelor’s Degree in Robotics, Mechanical Engineering, or a related technical field.
• Native-level proficiency in your primary language.
• Minimum B1 (Intermediate) level English.