Robotics Jobs Puebla at Rex.zone connects engineers with full-time remote robotics roles supporting real-world automation and AI/ML-enabled robotics workflows. These jobs focus on robot perception, motion planning, controls, and simulation-to-real deployment across industrial robotics, mobile robots, and collaborative robots. You will collaborate in distributed teams, ship production-grade robotics software, and improve system reliability through test automation, telemetry, and QA. Explore openings that match common search modifiers like remote, full-time, mid-senior, and domain tracks such as computer vision, autonomy, and safety—then apply through Rex.zone to join technology teams building scalable robotic systems.
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, Motion Planning, Sensor Fusion, SLAM, Computer Vision, Gazebo, Docker, Linux | Salary Currency: USD | Salary Min: 63360 | Salary Max: 126720 | Pay Period: YEAR
This role is a search-recognizable Robotics Software Engineer entity aligned to Robotics Jobs Puebla intent: building, integrating, and validating robotics software for autonomous systems. Work covers autonomy stacks (perception, localization, planning, controls), simulation, hardware bring-up support, and production reliability. You will use reproducible pipelines, code reviews, and test-driven development to improve robot performance, safety, and uptime in real deployments.
Own robotics software features across perception, planning, and controls; integrate sensors (LiDAR, cameras, IMU) and maintain calibration workflows; build and tune SLAM and localization pipelines for mobile robots; implement motion planning, trajectory generation, and collision checking; develop simulation scenarios and sim-to-real validation in Gazebo/Isaac-style environments; design test automation, regression suites, and hardware-in-the-loop validation; monitor deployments with logs, metrics, and telemetry to drive reliability improvements; document interfaces, safety constraints, and operational runbooks for distributed teams.
Mid-senior experience shipping robotics or autonomy software; strong C++ and Python for production systems; hands-on ROS2 architecture knowledge (nodes, topics, services, TF, lifecycle management); understanding of kinematics, dynamics, and state estimation (Kalman/particle filtering concepts); experience with SLAM/localization, sensor fusion, or perception pipelines; comfort working on Linux, Docker, CI/CD, and debugging distributed systems.
Experience with MoveIt, Nav2, or custom planning stacks; familiarity with computer vision (OpenCV) and deep learning inference at the edge; background in industrial robotics, AMRs, or cobots; experience with safety practices (FMEA, fault handling, redundancy) and field operations; exposure to cloud robotics, fleet management, and OTA update workflows.
This is explicitly a Remote, FULL_TIME role based in the US job market. You will collaborate asynchronously across time zones, join regular sprint rituals, and maintain high-quality engineering documentation. Occasional optional travel may occur for hardware integration or on-site testing depending on project needs.
Apply through Rex.zone with a robotics-focused resume highlighting shipped systems, ROS2 packages, autonomy features, and test/validation work. Include links to GitHub, publications, or demos when available. Candidates who show measurable impact (latency reduction, localization accuracy gains, uptime improvements) are prioritized.
These roles are marked Remote and FULL_TIME. The remote status remains explicit in the metadata and role description, aligned with US-based hiring requirements.
Typical work includes building ROS2 nodes, integrating sensors, improving SLAM/localization, implementing motion planning and controls, running simulation experiments, and validating performance with automated tests and telemetry from deployments.
Common skills include ROS2, C++, Python, motion planning, sensor fusion, SLAM, computer vision, simulation (Gazebo), Linux, Docker, and CI-based test automation.
Technology employers including robotics product companies, AI labs, industrial automation teams, and tech startups commonly hire for autonomy and robotics engineering through Rex.zone.
It can span the autonomy stack. Many teams prefer engineers who can own a subsystem (e.g., perception or planning) and collaborate across interfaces with clear contracts and test coverage.
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