Robotics Engineer Jobs Monterrey on Rex.zone focus on building and deploying robotics systems that combine embedded software, perception, control, and automation engineering. In this remote, full-time role with Rexzone, you will design robot behaviors, integrate sensors and actuators, validate system performance, and improve reliability across real-world environments. Expect hands-on work with ROS/ROS2, SLAM, motion planning, computer vision, and hardware-in-the-loop testing, plus collaboration with product and operations teams to ship production-ready robotics. Explore and apply on Rex.zone to join teams across tech startups, AI labs, and automation programs supporting manufacturing, logistics, and field robotics.
Title: Robotics Engineer Jobs 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, ROS, SLAM, Motion Planning, Control Systems, Computer Vision, Sensor Fusion, Embedded C++, Python, Robotics Simulation Salary Currency: USD Salary Min: 63360 Salary Max: 126720 Pay Period: YEAR
You will design, implement, and maintain robotics software and integration workflows for production-grade robots. The work spans perception (camera/LiDAR/IMU), localization and mapping (SLAM), planning (path and motion planning), controls (PID/MPC), and system integration (ROS/ROS2 nodes, messages, and services). You will partner with cross-functional stakeholders to translate requirements into reliable robot behaviors, run simulation-to-real validation, and deliver measurable improvements in autonomy, safety, and uptime.
Own robotics features from design through deployment, including autonomy logic, tooling, and observability; develop ROS/ROS2 packages, interfaces, and launch configurations for multi-sensor robot stacks; implement and tune localization, mapping, and navigation pipelines using SLAM, sensor fusion, and state estimation; build motion planning and control loops for smooth, stable, and safe robot movement; integrate hardware drivers and embedded interfaces for cameras, encoders, IMUs, and motor controllers; create simulation and test harnesses (HIL/SIL) to reproduce issues and validate fixes; define acceptance criteria, performance benchmarks, and regression tests for navigation accuracy, latency, and safety constraints; collaborate with QA, operations, and field teams to diagnose incidents, improve reliability, and reduce failure rates; document architecture, runbooks, and integration guides to support scale and repeatability.
Mid-Senior experience building robotics or automation systems in production environments; strong C++ and Python skills for real-time robotics development and tooling; hands-on ROS/ROS2 experience, including debugging distributed systems and message timing; solid foundations in kinematics, dynamics, controls, and estimation (Kalman filters, sensor fusion); experience with navigation stacks, SLAM methods, motion planning, and trajectory generation; familiarity with robotics middleware, simulation, logging, and profiling practices; ability to work remotely with clear written communication, structured problem-solving, and ownership.
Experience with mobile robotics in warehousing, logistics, manufacturing, or field robotics; background in computer vision pipelines (calibration, feature tracking, depth sensing) and perception evaluation; exposure to safety standards, fail-safe design, and risk assessment for autonomous systems; experience with CI/CD for robotics software, automated testing, and reproducible builds; familiarity with edge deployment constraints (compute limits, power, thermal) and real-time performance tuning.
Daily work typically includes ROS/ROS2 development, sensor data analysis, SLAM and planning experiments, code reviews, and validation in simulation and on target hardware. You will track metrics like navigation drift, replanning frequency, localization loss, and system latency, then iterate on algorithms, parameters, and integration details. The team values disciplined testing, clear documentation, and incremental releases to maintain stable robot fleets.
This is a Remote, full-time role. You will collaborate across time zones using structured design docs, async updates, and scheduled integration checkpoints. You should be comfortable coordinating with hardware labs and field operators via logs, datasets, and repeatable test procedures.
Apply through Rex.zone with an updated resume and a short summary of robotics systems you have shipped, including your role, stack (ROS/ROS2, SLAM, planning, controls), and measurable outcomes (uptime, accuracy, latency, safety improvements). If available, share links to publications, open-source repos, or technical write-ups relevant to robotics engineering.
Yes. The role is explicitly Remote and FULL_TIME, aligned with the job metadata shown under the job heading.
Most work centers on ROS/ROS2 integration, SLAM and localization, navigation and motion planning, controls tuning, sensor fusion, and simulation-to-real validation for production robots.
Emphasize ROS/ROS2, SLAM, motion planning, control systems, computer vision, sensor fusion, embedded C++ and Python, and robotics simulation, plus evidence of deploying reliable robotics software in real environments.
Hands-on hardware integration is highly valuable. Experience with sensors, drivers, timing, calibration, and hardware-in-the-loop testing improves your ability to ship stable robotics systems.
Common deployments include manufacturing automation, warehouse and logistics robotics, inspection, and field robotics, depending on the team and product focus.
Rex.zone is the platform where you can discover and apply to robotics roles, track opportunities, and align your profile with robotics engineering requirements and keywords.
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