Robotics Engineer (Guayaquil)

Robotics Jobs Guayaquil (Remote) on Rex.zone Join a remote, full-time robotics engineering team building production-grade autonomous systems. You will own modules end-to-end, improving reliability, safety, and performance in simulation and on real robot hardware.

What You Will Do

• Design, implement, and test robot software modules for perception, localization, navigation, and manipulation
• Build ROS/ROS2 nodes, services, launch files, and message interfaces
• Develop SLAM and sensor fusion pipelines using LiDAR, IMU, cameras, and wheel odometry
• Implement motion planning and trajectory tracking for mobile robots and robotic arms
• Tune control loops and state estimation for stability and safety
• Create simulation-first test plans using Gazebo/Isaac and hardware-in-the-loop when available
• Write unit/integration tests, CI checks, and performance benchmarks
• Collaborate cross-functionally to translate requirements into validated robot behaviors
• Document architecture decisions, interfaces, and deployment procedures

Required Qualifications

• Mid-to-senior experience building and shipping robotics software
• Strong C++ and Python for real-time/near-real-time robotics workloads
• Hands-on ROS/ROS2 experience (TF/TF2, Nav stack concepts, parameters)
• Practical knowledge of SLAM, state estimation, and sensor fusion
• Motion planning fundamentals (collision checking, sampling-based planning or optimization)
• Control systems fundamentals (PID, model-based control basics) and kinematics
• Perception/computer vision experience (calibration, tracking, detection/segmentation)
• Ability to debug distributed systems across simulation and physical hardware
• Strong communication and documentation habits in a remote team

Tools & Tech

• ROS/ROS2, C++, Python, Linux, Git
• Gazebo/Isaac simulation, OpenCV, Eigen, PCL, TF2, Docker, CI/CD

How To Apply Apply through Rex.zone with a resume highlighting ROS/ROS2 projects, deployed robotics systems, SLAM/perception work, and links to code samples or technical write-ups.

Include the robot domains you have worked on (AMR, drone, arm, vision-based navigation) and the tools you used.