Warehouse Robotics Jobs Brazil

Warehouse robotics jobs in Brazil focus on engineering and operating automation systems used in modern fulfillment and distribution centers, including autonomous mobile robots (AMRs), robotic arms, conveyor and sortation controls, and warehouse execution integrations. At Rex.zone, these remote full-time roles support real-world robotics workflows: robot fleet monitoring, safety and QA validation, perception and navigation evaluation, integration testing, and performance optimization across picking, packing, putaway, and replenishment. You will collaborate with engineering teams to improve system reliability, throughput, and accuracy using telemetry, incident analysis, test plans, and structured documentation—helping warehouses scale automation with measurable results while you work remotely.

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Job Heading: Warehouse Robotics Jobs Brazil

Title: Warehouse Robotics Jobs Brazil | Date: 25-02-2026 | Company: Rexzone | Country: US | Remote Type: Remote | Employment Type: FULL_TIME | Experience Level: Mid-Senior | Industry: Technology | Job Function: Engineering | Skills: Warehouse robotics, AMR fleet operations, ROS, PLC controls, warehouse automation, conveyor and sortation systems, robot safety standards, integration testing, telemetry analysis, incident triage and RCA, WMS/WES integration, SLAM and navigation evaluation | Salary Currency: USD | Salary Min: 63360 | Salary Max: 126720 | Pay Period: YEAR

About the Role

You will support warehouse robotics programs tied to Brazil operations by improving performance, reliability, and safety of automation in fulfillment workflows. This includes AMR fleet monitoring, robotics QA validation, integration testing with WMS/WES, and structured incident response (triage, root-cause analysis, and corrective actions). You will work with engineering to evaluate navigation behavior, docking success, task assignment logic, and throughput constraints using logs, telemetry, and test cases.

What You Will Do

Own robotics QA and validation across warehouse automation workflows (pick, pack, putaway, replenishment, cycle count). 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 performance bottlenecks. Coordinate incident triage and root-cause analysis with clear documentation and follow-ups. Validate integrations among robots, PLCs, conveyors/sorters, and WMS/WES/WCS interfaces. Define acceptance criteria and track metrics such as task completion rate, mission time, idle time, docking success, and near-miss safety events.

Required Qualifications

Mid-senior experience in warehouse automation, robotics operations, controls engineering, or systems engineering. Practical 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 industrial controls (PLC) is preferred.

Nice-to-Have

Experience with conveyor and sortation controls, WES/WCS platforms, or warehouse simulation/digital twin workflows. Exposure to robotics performance tuning, path planning constraints, or perception edge cases (obstacle handling, localization drift). Knowledge of safety standards and operational risk assessment in automated facilities. Prior work with multi-site deployments or 24/7 operations support.

Tools and Workflows You Will Use

Robotics telemetry dashboards, log analysis workflows, defect tracking, and release validation. Integration testing across robot fleets, warehouse software (WMS/WES/WCS), and industrial control systems. Metrics-driven performance improvement using throughput, latency, reliability, and safety KPIs. Documentation artifacts including SOPs, runbooks, incident reports, and acceptance test results.

How Success Is Measured

Improved fleet uptime and reduced incident recurrence through strong RCA and follow-through. Higher task completion rate and better throughput via validated configuration and process fixes. Faster detection of regressions through well-maintained test plans and release gates. Clear, audit-ready documentation for safety, operations, and engineering stakeholders.

Why Rex.zone

Rex.zone helps teams find and deliver specialized technical work across remote, full-time, contract, and freelance opportunities. This posting targets remote full-time engineering roles aligned with warehouse robotics operations and validation for Brazil-focused programs while remaining globally accessible through Rex.zone.

How to Apply

Apply through Rex.zone with a resume highlighting warehouse robotics, AMR fleet operations, integration testing, and measurable reliability or throughput improvements. Include examples of incident RCA, test planning, and cross-system debugging (robots, PLCs, conveyors, WMS/WES).

Frequently Asked Questions

  • Q: Are these remote roles even though the keyword says Brazil?

    Yes. The roles are marked Remote and can be performed off-site while supporting Brazil-focused warehouse robotics programs, including validation, telemetry analysis, and integration testing coordination.

  • Q: Is this a full-time job or contract/freelance work?

    This posting is for FULL_TIME employment. Rex.zone may also list contract or freelance roles separately, but this job’s employment type remains full-time.

  • Q: What kind of warehouse robotics systems are covered?

    Common systems include AMR/AGV fleets, robotic picking or palletizing cells, conveyors and sorters, charging and docking infrastructure, and software integrations with WMS/WES/WCS and PLC controls.

  • Q: What does a typical day look like in warehouse robotics operations engineering?

    You may review fleet performance dashboards, investigate incidents using logs and telemetry, execute validation test cases for releases or configuration changes, and coordinate fixes with engineering and site operations through clear documentation and metrics.

  • Q: What skills are most important to get hired for warehouse robotics jobs?

    Strong fundamentals in warehouse automation workflows, robotics fleet behavior, QA and integration testing, telemetry/log analysis, and structured incident RCA are key. Familiarity with ROS, PLC systems, and WMS/WES integration is also valuable.

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