Robotics Developer Jobs in Brazil (Remote)

Robotics Developer Jobs in Brazil focus on building, testing, and deploying robotic software systems across simulation and real-world hardware. On Rex.zone, these remote, full-time Robotics Developer roles support robotics perception, motion planning, controls, and ROS/ROS2 integration for autonomous systems used by AI labs, tech startups, and enterprise robotics teams. You will work on robot autonomy, sensor fusion, computer vision, SLAM, and real-time middleware—improving reliability, safety, and performance in production robotics workflows. Explore openings, match your skills, and apply through Rex.zone.

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Robotics Developer Jobs in Brazil — Remote (Full-Time)

Title: Robotics Developer Jobs in Brazil (Remote) 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: ROS2, C++, Python, SLAM, Motion Planning, Controls, Sensor Fusion, Computer Vision, Gazebo, Docker Salary Currency: USD Salary Min: 63360 Salary Max: 126720 Pay Period: YEAR

About the Role

You will design and implement robotics software for autonomous mobile robots and robotic manipulators, with an emphasis on ROS/ROS2 nodes, real-time data flows, and production-ready deployment. The work spans perception pipelines (camera/LiDAR/IMU), state estimation (SLAM/odometry), motion planning, and controls. You will use simulation (Gazebo/Ignition) to validate behaviors, then support integration and testing on hardware through reproducible builds and CI. Success means measurable improvements in navigation stability, localization accuracy, recovery behaviors, and system uptime under real-world constraints.

Key Responsibilities

Deliver robotics features end-to-end: requirements, design, implementation, test, and release. Build ROS2 packages, launch systems, and message interfaces for sensors and actuators. Implement and tune localization, mapping, and SLAM components; validate against ground truth and field logs. Develop motion planning and navigation behaviors (trajectory generation, obstacle avoidance, recovery strategies). Integrate perception modules (computer vision and point cloud processing) for object detection, tracking, and scene understanding. Improve controls loops and actuator interfaces with safety constraints and latency awareness. Create simulation scenarios and regression tests to catch failures before hardware runs. Maintain code quality with reviews, documentation, and automated CI pipelines. Collaborate cross-functionally with mechanical, electrical, and product teams to ship reliable robot autonomy.

Required Qualifications

Mid-senior experience building robotics or autonomous systems in production or research-to-product settings. Strong C++ and Python for robotics middleware, algorithms, and tooling. Hands-on ROS/ROS2 experience (nodes, TF, lifecycle, rosbag, parameterization). Practical understanding of kinematics, dynamics, and controls (PID/MPC basics) for mobile robots or manipulators. Experience with SLAM, sensor fusion, and state estimation (EKF/UKF concepts). Familiarity with perception stacks using OpenCV and/or PCL. Comfort with Linux, networking basics, and debugging distributed robotic systems. Proven ability to test, profile, and harden systems for real-time constraints and safety.

Preferred Qualifications

Experience with Nav2, MoveIt/MoveIt2, behavior trees, and costmap tuning. Familiarity with common sensors (stereo/RGB-D cameras, LiDAR, IMU, encoders) and calibration workflows. Exposure to embedded/edge deployment, GPU acceleration, and performance optimization. Experience with Docker, reproducible builds, and CI/CD for robotics. Understanding of autonomy safety practices, fault detection, and operational monitoring. Prior work with cloud robotics, fleet management, or remote telemetry.

Typical Tech Stack

ROS2, C++, Python, Linux, OpenCV, PCL, Gazebo/Ignition, Nav2, MoveIt2, Eigen, Docker, Git, CI pipelines, rosbag, TF2, DDS middleware.

How to Apply on Rex.zone

Search Rex.zone for Robotics Developer Jobs Brazil, review role requirements and stack fit, and submit your profile. Include links to GitHub, demos, simulation videos, or publications that show ROS2 development, navigation stacks, motion planning, or perception pipelines. Highlight shipped robotics features, field testing experience, and measurable improvements (latency, accuracy, reliability).

Work Model and Hiring Notes

This is a remote, full-time role marked Remote. Teams may include AI labs, robotics startups, enterprise automation groups, and integration partners. If you are looking for contract, freelance, entry-level, or senior variations, Rex.zone also indexes those modifiers—filter by employment type and experience level while keeping robotics skills aligned to ROS2, autonomy, perception, and controls.

Frequently Asked Questions

  • Q: What do Robotics Developer Jobs in Brazil typically involve?

    They commonly involve building robotics software for perception, localization/SLAM, motion planning, and controls—often using ROS/ROS2—validated in simulation and then integrated and tested on real hardware.

  • Q: Is this role remote and full-time?

    Yes. The job metadata specifies Remote Type: Remote and Employment Type: FULL_TIME.

  • Q: What skills should match the Robotics Developer Jobs Brazil keyword intent?

    Core skills include ROS2, C++, Python, SLAM, motion planning, controls, sensor fusion, computer vision, simulation (Gazebo), and deployment tooling like Docker and CI.

  • Q: What industries hire for remote robotics developer roles?

    Common employers include AI labs, technology startups, enterprise automation teams, and robotics integration vendors building autonomous mobile robots, warehouse automation, inspection robots, and manipulation systems.

  • Q: How can I stand out when applying via Rex.zone?

    Provide evidence of shipped ROS2 systems, navigation/SLAM tuning outcomes, debugging and reliability work, and reproducible demos (logs, videos, simulation environments, GitHub repositories) that show end-to-end ownership.

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