About The Role Support Brazil-focused warehouse robotics programs by improving performance, reliability, and safety of automation in fulfillment workflows. You will work remotely and collaborate with engineering and operations using telemetry, incident analysis, test plans, and structured documentation.

What You Will Do

Own robotics QA and validation across pick, pack, putaway, replenishment, and cycle count workflows Build and execute test plans for AMR routes, charging/docking, safety zones, and exception handling Analyze robot telemetry and event logs to identify failure modes, regressions, and bottlenecks Coordinate incident triage and root-cause analysis (RCA) with clear documentation and follow-ups Validate integrations among robots, PLCs, conveyors/sorters, and WMS/WES/WCS interfaces Define acceptance criteria and track metrics (task completion rate, mission time, idle time, docking success, safety events)

Required Qualifications

Mid-senior experience in warehouse automation, robotics operations, controls engineering, or systems engineering Understanding of AMR/AGV fleet behavior, industrial safety practices, and warehouse process flows Experience designing test cases, running integration tests, and writing clear engineering documentation Strong analytical skills for interpreting logs/telemetry and turning findings into actionable fixes Familiarity with ROS concepts, navigation/SLAM evaluation, or PLC controls is a plus

Nice-to-Have

Experience with conveyor and sortation controls, WES/WCS platforms, or simulation/digital twin workflows Exposure to robotics performance tuning, path planning constraints, or perception edge cases Knowledge of safety standards and operational risk assessment in automated facilities Experience supporting multi-site deployments or 24/7 operations

Compensation

Competitive hourly rate: $30–$50/hr (USD). Employment type: Full-time . Workplace type: Remote . How To Apply Apply via Rex.zone with a resume highlighting warehouse robotics, AMR fleet operations, integration testing, and measurable reliability/throughput improvements. Include examples of incident RCA and cross-system debugging (robots, PLCs, conveyors, WMS/WES).