#robotics.

Act as a Warehouse Automation Engineer. Design a material flow using Autonomous Mobile Robots (AMRs) for our facility. 1. Identify 'Pick-to-Drop' points. 2. Calculate the 'Traffic Management' rules for intersections with human-driven forklifts. 3. Determine the required fleet size based on cycle times and battery charging needs. 4. Draft a safety protocol for 'Object Avoidance' and emergency stops in crowded areas.

Act as a Robotics Safety Engineer. Perform an audit based on ISO 10218 for our robotic cell. 1. Evaluate 'Stop Category 0, 1, and 2' functions. 2. Assess the 'Teach Pendant' safety features. 3. Review the 'Limiting Devices' (physical and software-based). 4. Analyze the 'Collision Detection' sensitivity settings. 5. Provide a checklist for daily safety inspections by operators.

Act as an Automation Engineer. Evaluate the feasibility of using Cobots for [Insert Task, e.g., palletizing or circuit board testing]. 1. Perform a 'Safety Risk Assessment' (is a cage needed?). 2. Calculate the ROI based on labor savings vs. hardware/integration costs. 3. List 3 specific Cobot models (e.g., UR, Fanuc CRX) that fit the payload and reach requirements. 4. Detail the training needed for human workers to work alongside the robot.