Robot Deployment and Site Implementation

• Conduct a pre-deployment site survey assessing floor plans, Wi-Fi coverage, power outlet locations, floor surface conditions, elevator access, and security considerations Apply
• Apply SLAM environment mapping procedures — walking robots through spaces, reviewing maps for coverage gaps and LIDAR artifacts (reflective surfaces, glass walls), marking zones (operating, restricted, charging, speed) Apply
• Analyze common deployment failure modes — glass/LIDAR interference, floor surface transitions, Wi-Fi dead zones, elevator timing issues — and implement preventive solutions for each Analyze
• Create a deployment playbook documenting the step-by-step process from site survey through go-live, detailed enough for any field engineer to follow independently Create
• Evaluate facility system integration requirements — elevator control APIs, WMS connections, building security and access systems, dedicated VLANs — and specify networking and infrastructure prerequisites for customer IT teams Evaluate
• Apply deployment scheduling that includes setup, testing, staff training, soft launch with monitoring, and go-live with buffer days for issue resolution Apply
• Create zone configurations for diverse environments — restaurant (kitchen, dining, narrow aisles), hotel (guest corridors, lobby, back-of-house, elevators), warehouse (automated aisles, collaborative zones, charging areas) — with appropriate speed, behavior, and safety settings per zone Create
• Analyze post-deployment performance data from the first 48 hours to identify configuration adjustments needed for route optimization, speed tuning, and behavior refinement Analyze

Levels: Remember · Understand · Apply · Analyze · Evaluate · Create — highest demands most original thinking.