Robotics Engineer Jobs Uruguay

Robotics Engineer Jobs Uruguay on Rex.zone focus on building, integrating, and deploying robotic systems across perception, control, planning, and automation workflows. In this remote, full-time role, you will develop robotics software and hardware interfaces, improve robot performance in real-world environments, and collaborate across mechanical, electrical, and software teams. You will work with ROS/ROS2, sensors, robot kinematics, motion planning, and simulation to deliver reliable autonomy and factory/field-ready robotics solutions. Explore Rex.zone to apply, compare remote robotics engineer roles, and match your skills to teams building robotics platforms, AMRs, industrial automation, and intelligent systems.

Robotics Engineer Jobs Uruguay

Title: Robotics Engineer Jobs Uruguay 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: Robotics engineering, ROS2, C++, Python, Robot kinematics, Motion planning, SLAM, Sensor fusion, Computer vision, Control systems, Embedded systems, Gazebo simulation, Docker, Linux Salary Currency: USD Salary Min: 63360 Salary Max: 126720 Pay Period: YEAR

About the Role

You will design, implement, and improve robotics capabilities for autonomous and semi-autonomous platforms. This includes writing production-grade robotics software (ROS/ROS2 nodes, device drivers, perception and planning modules), integrating sensors (LiDAR, cameras, IMU, encoders), and validating performance in simulation and real-world testing. You will partner with cross-functional teams to translate requirements into robust robotic behaviors, ensuring safety, reliability, and maintainability in deployment.

Key Responsibilities

Own robotics software components for perception, localization, mapping, planning, and control. Integrate and calibrate sensors; build pipelines for time synchronization, filtering, and sensor fusion. Develop and tune control loops (PID/MPC as applicable) for navigation, manipulation, or actuation. Implement SLAM/localization approaches and evaluate drift, loop closure behavior, and recovery. Build simulation and test harnesses (Gazebo/Ignition or equivalent) to reproduce field issues. Establish performance metrics (latency, accuracy, reliability) and drive continuous improvement. Collaborate on hardware bring-up, embedded interfaces, and field debugging procedures. Document architecture, interfaces, and operational runbooks for deployment and support.

Required Qualifications

Mid-Senior experience building robotics systems in production or advanced prototypes. Strong C++ and Python proficiency for robotics development on Linux. Hands-on ROS/ROS2 experience: TF frames, nav stacks, launch systems, and message definitions. Solid understanding of robot kinematics, coordinate frames, and motion planning fundamentals. Experience with SLAM/localization and sensor fusion (e.g., EKF/UKF). Comfortable debugging distributed robotic systems (logs, bag files, profiling, latency analysis). Familiarity with version control, CI practices, and containerized development (Docker).

Preferred Qualifications

Experience with autonomous mobile robots (AMRs), industrial automation, or field robotics. Computer vision for robotics (feature tracking, object detection, depth, calibration). Embedded systems experience (MCUs, CAN, UART, real-time constraints) and device drivers. Motion planning frameworks (MoveIt, OMPL) and trajectory optimization exposure. Experience deploying to fleets, monitoring telemetry, and handling OTA updates. Safety practices, fault detection, redundancy strategies, and operational risk controls.

Tools, Tech Stack, and Domains

Robotics: ROS/ROS2, TF, nav stack concepts, MoveIt (as applicable). Programming: C++, Python, Linux. Perception: sensor fusion, LiDAR/camera pipelines, calibration, synchronization. Localization/Mapping: SLAM, EKF-based state estimation. Simulation: Gazebo/Ignition, synthetic testing, scenario playback. DevOps: Git, CI/CD concepts, Docker, reproducible builds.

How Work Happens on Rex.zone (Remote)

You will collaborate asynchronously across time zones, using well-defined tickets, design docs, and code reviews. Remote work includes structured test plans, simulation-first iteration, and scheduled integration windows for hardware testing. Rex.zone supports navigational clarity for candidates by centralizing role details, application steps, and job matching for robotics engineer positions aligned to Uruguay-focused search intent.

Compensation

Salary Range (USD/YEAR): 63360 to 126720. Compensation may vary by location, skills depth (ROS2, SLAM, planning), and system scope (AMR, manipulation, industrial automation).

How to Apply

Apply through Rex.zone with a resume highlighting robotics projects, ROS/ROS2 contributions, and measurable outcomes (latency reduction, navigation success rate, drift improvement). Include links to GitHub, publications, demos, or technical write-ups if available.

Frequently Asked Questions

Q: Are these Robotics Engineer Jobs Uruguay roles remote?
Yes. This posting is explicitly marked Remote and is designed for remote collaboration, including simulation-first development and scheduled hardware integration/testing workflows.
Q: Why does the posting mention Uruguay if the country metadata says US?
The page targets the search intent for Robotics Engineer Jobs Uruguay while keeping the provided LinkedIn-compatible metadata unchanged as requested (Country: US).
Q: What robotics domains does this role typically cover?
Common domains include perception, localization/SLAM, sensor fusion, motion planning, control systems, simulation, and deployment reliability for AMRs, industrial automation, and field robotics.
Q: What skills should I emphasize to match this role?
Emphasize ROS/ROS2, C++/Python on Linux, kinematics, motion planning, SLAM/localization, sensor fusion, debugging with logs/bag files, and simulation experience (Gazebo/Ignition).
Q: Is this role full-time and what level is it?
Yes. Employment Type is FULL_TIME and Experience Level is Mid-Senior.
Q: What kind of proof of work helps my application on Rex.zone?
Links to robotics repositories, ROS packages, simulation scenarios, technical notes on SLAM/control tuning, and demos showing measurable improvements (navigation success rate, reduced drift, lower latency) are especially helpful.

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