Robotics Software Engineer Jobs Mérida

Robotics Software Engineer jobs in Mérida on Rex.zone focus on building, integrating, and validating robot software for real-world autonomy workflows. These roles span ROS/ROS2 application development, perception and sensor fusion, motion planning, controls integration, simulation-to-real deployment, and test automation to improve reliability and safety. You will collaborate with hardware, embedded, and cloud teams to deliver production-ready robotics systems, strengthen software architecture, and raise fleet performance through telemetry, debugging, and continuous integration. Explore full-time remote roles, plus contract, freelance, entry-level, and senior robotics openings across tech startups, robotics labs, and product teams.

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Robotics Software Engineer Jobs Mérida (Remote, Full-Time) — Role Overview

Title: Robotics Software Engineer Jobs Mérida 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, Robot Perception, Sensor Fusion, SLAM, Motion Planning, Control Systems, Gazebo, CI/CD Salary Currency: USD Salary Min: 63360 Salary Max: 126720 Pay Period: YEAR

What You Will Do

Design and implement robotics software components using ROS/ROS2 nodes, services, actions, and lifecycle management; build perception pipelines (camera, LiDAR, IMU) including calibration, synchronization, filtering, tracking, and sensor fusion; develop localization and mapping modules (SLAM, EKF/UKF fusion, map management) and integrate them with navigation; implement motion planning and trajectory generation with constraints, collision checking, and recovery behaviors; connect software to embedded/real-time interfaces (drivers, CAN, serial, Ethernet) and ensure deterministic behavior where required; maintain simulation workflows (Gazebo/Ignition, bag replay, synthetic scenarios) and close the sim-to-real gap with systematic testing; create automated tests, log analysis, and performance benchmarks to improve reliability, latency, and stability; support deployments by debugging field issues using telemetry, rosbag logs, tracing, and reproducible experiments; collaborate with cross-functional teams to define interfaces, acceptance criteria, safety constraints, and release processes.

Required Qualifications

Professional experience shipping robotics or autonomy software in production or research-to-product settings; strong C++ and Python skills with knowledge of concurrency, memory, performance profiling, and debugging; hands-on ROS/ROS2 experience including TF frames, message definitions, parameters, rosbag, and launch systems; experience with one or more: perception, SLAM, localization, mapping, sensor fusion, planning, or controls integration; familiarity with Linux development, build systems (CMake/colcon), and version control workflows (Git); ability to write clear technical documentation and collaborate across hardware, embedded, and systems engineering.

Preferred Qualifications

Experience with navigation stacks, behavior trees, or state machines for autonomy; familiarity with OpenCV, PCL, Eigen, and robotics math for transforms and estimation; experience with simulation toolchains (Gazebo/Ignition) and scenario testing; exposure to real-time considerations, embedded interfaces, and safety/verification practices; experience with CI/CD, containerization, and reproducible builds for robotics deployments; prior work on mobile robots, manipulators, drones, or multi-sensor platforms.

Work Environment, Modifiers, and Hiring Notes

This page covers remote, full-time Robotics Software Engineer jobs aligned to Mérida search intent, with related options that may include contract, freelance, entry-level, and senior openings depending on team needs. Employers may include tech startups, robotics product companies, and applied robotics labs. You may work across autonomy domains such as perception, navigation, SLAM, motion planning, and simulation; and support deployments through debugging, observability, and continuous testing. Remote roles remain explicitly Remote and require strong async collaboration, written communication, and ownership of deliverables.

How to Apply on Rex.zone

Search Rex.zone for Robotics Software Engineer jobs in Mérida, review role requirements (ROS2, C++, perception, SLAM, planning), and apply to postings that match your experience level and domain focus. Keep your resume centered on shipped robotics features, measurable reliability improvements, and reproducible debugging workflows (logs, rosbag, tests, benchmarks).

Frequently Asked Questions

  • Q: Are these Robotics Software Engineer jobs in Mérida remote?

    Yes. This posting is explicitly marked Remote. Individual roles on Rex.zone may vary, but remote roles will remain labeled Remote in the job metadata.

  • Q: What does a Robotics Software Engineer do day to day?

    Typical work includes implementing ROS2 nodes, integrating sensors, building perception and localization pipelines, developing motion planning behaviors, validating in simulation, creating automated tests, and debugging field issues using telemetry and rosbag logs.

  • Q: What skills should match the Robotics Software Engineer Jobs Mérida keyword intent?

    Common skills include ROS2, C++, Python, robot perception, sensor fusion, SLAM/localization, motion planning, controls integration, Gazebo simulation, and CI/CD for testing and releases.

  • Q: Do you consider contract, freelance, entry-level, or senior roles?

    This page targets full-time roles, but Rex.zone can also list contract, freelance, entry-level, and senior robotics roles depending on current hiring needs and employer preferences.

  • Q: What industries hire for Robotics Software Engineer roles?

    Employers commonly include technology companies building autonomy products, robotics startups, applied robotics labs, and teams deploying mobile robots, drones, or manipulators in production environments.

  • Q: What should I include in my application?

    Highlight shipped robotics features, ROS2 experience, sensor integration work, performance and reliability improvements, debugging examples (logs/rosbag), and links to relevant projects, publications, or repositories when possible.

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