Automotive Robotics Jobs Monterrey

Automotive robotics engineering roles focused on perception, planning, control, and validation for vehicle automation and factory automation workflows. On Rex.zone, these Remote FULL_TIME openings support real-world robotics pipelines—from sensor fusion and computer vision to motion planning, safety validation, and production deployment—helping teams improve system reliability, autonomy performance, and test coverage. Explore Remote, contract, freelance, full-time, entry-level, and senior paths aligned to automotive OEMs, suppliers, AI labs, and tech startups, with hands-on work across simulation, embedded systems, ROS/ROS2, and cloud MLOps for robotics.

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Open Role: Automotive Robotics Engineer (Monterrey)

Title: Automotive Robotics Engineer (Monterrey) 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, Computer Vision, Sensor Fusion, SLAM, Motion Planning, Control Systems, Autonomous Driving, Simulation Salary Currency: USD Salary Min: 63360 Salary Max: 126720 Pay Period: YEAR You will design, integrate, and validate robotics software for automotive-grade systems, spanning perception (camera/radar/lidar), localization and mapping, planning, and closed-loop control. You will work with simulation and real-world logs to improve autonomy performance, reduce edge-case failures, and harden algorithms for production constraints (latency, safety, compute, and robustness). Key responsibilities: - Build and optimize robotics components for perception, localization, planning, and control. - Develop sensor fusion and tracking pipelines; improve calibration and time synchronization. - Implement SLAM/localization approaches and evaluate drift, loop closure, and map quality. - Create motion planning behaviors; tune controllers for comfort, stability, and safety constraints. - Establish evaluation metrics, regression tests, and scenario-based validation in simulation and replay. - Collaborate with embedded, test, and safety stakeholders to meet automotive process expectations. What success looks like: - Measurable improvements in autonomy KPIs (tracking accuracy, localization error, intervention rate). - Strong test coverage and reproducible benchmarks for model and algorithm changes. - Production-minded implementations that respect real-time requirements and reliability needs. Preferred experience: - ROS/ROS2 nodes, message design, and real-time debugging. - Computer vision and multi-sensor fusion (EKF/UKF, factor graphs, tracking filters). - Simulation tooling (Gazebo/Ignition, CARLA, Webots) and log-replay evaluation. - Working knowledge of safety validation, fault handling, and deployment constraints. How to apply: - Apply through Rex.zone with a resume highlighting robotics stack ownership, benchmarks, and shipped systems. - Include links to code samples or publications where available.

Frequently Asked Questions

  • Q: Are these roles remote even though the keyword includes Monterrey?

    Yes. Roles on this page remain explicitly marked Remote. The Monterrey keyword aligns with search intent and domain context, while day-to-day collaboration is remote-first.

  • Q: What types of automotive robotics work are covered?

    Work spans perception (computer vision, sensor fusion), localization/SLAM, motion planning, control systems, simulation, validation, and production deployment for autonomous vehicles and automotive automation.

  • Q: Which modifiers and seniority levels are relevant here?

    Common modifiers include remote, contract, freelance, full-time, entry-level, and senior. This posting is FULL_TIME and Mid-Senior by default, aligned with end-to-end engineering ownership.

  • Q: What employer types commonly hire for automotive robotics?

    Automotive OEMs, Tier-1 suppliers, robotics/AV startups, AI labs, and technology vendors building autonomy stacks, simulation platforms, or validation tooling.

  • Q: What is the interview process typically like?

    Processes often include robotics fundamentals (kinematics, estimation, control), coding in C++/Python, system design for real-time robotics, and scenario-based debugging using logs or simulation.

  • Q: How do I stand out when applying through Rex.zone?

    Highlight shipped robotics features, measurable metrics improvements, reproducible evaluation pipelines, safety-minded design, and experience with ROS2, sensor fusion, and simulation-based validation.

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