Robotics Engineer Work Managua

Robotics Engineer Work Managua is a full-time remote engineering role on Rex.zone focused on building, integrating, and validating robotic systems that combine perception, controls, and autonomy. You will develop robot software and hardware interfaces, tune motion planning and feedback control, and improve system reliability using simulation, telemetry, and automated testing. This job aligns with modern robotics workflows across ROS/ROS2, sensor fusion, SLAM, computer vision, and real-time control, supporting product teams at tech startups, AI labs, and enterprise engineering orgs. Explore and apply on Rex.zone to join a production-minded robotics team delivering measurable performance improvements.

Robotics Engineer Work Managua

About the Role

You will design and ship robotics capabilities end-to-end: requirements, architecture, implementation, integration, and field validation. The role covers robot autonomy pipelines (perception → localization → planning → control), safety and reliability constraints, and continuous improvement through logs, metrics, and regression testing. You will collaborate remotely with mechanical, electrical, and product stakeholders while maintaining clear documentation, reproducible builds, and disciplined release processes suitable for production robots.

What You Will Do

Own core robotics components including perception integration, localization (SLAM/odometry), motion planning, and closed-loop control. Build and maintain ROS/ROS2 nodes, topics, services, and action interfaces with robust message contracts and parameterization. Integrate sensors such as cameras, IMUs, LiDAR, encoders, and depth sensors; implement calibration and time synchronization strategies. Develop simulation-first workflows using Gazebo and/or Isaac Sim, create scenarios, and validate autonomy behaviors before deployment. Diagnose performance and reliability issues using telemetry, bag/log analysis, profiling, and root-cause analysis, then implement fixes with tests and rollout plans.

Required Qualifications

Mid-Senior experience delivering robotics or embedded engineering features into real systems. Strong C++ and Python skills for robotics software development. Practical ROS/ROS2 experience including debugging distributed systems and real-time constraints. Understanding of kinematics, dynamics, feedback control (PID/state-space), and motion planning concepts. Experience with perception and localization stacks such as computer vision, SLAM, sensor fusion, and coordinate transforms. Comfort working in Linux environments with Git, CI practices, and containerized or reproducible builds.

Preferred Qualifications

Experience with navigation stacks, behavior trees, or autonomy frameworks; familiarity with safety constraints and fail-safe behaviors. Exposure to hardware bring-up, embedded systems, microcontrollers, and real-time operating considerations. Knowledge of calibration pipelines, camera models, LiDAR processing, and multi-sensor time alignment. Experience deploying to edge compute, optimizing latency, and improving deterministic performance. Familiarity with Docker-based development, automated integration testing, and simulation-based regression suites.

Tools and Tech Stack

ROS/ROS2, C++, Python, Linux, Git, Docker, Gazebo and/or Isaac Sim, OpenCV, SLAM/sensor fusion tooling, telemetry logging and analysis, CI pipelines, and structured testing for robotics integration.

How Success Is Measured

Improved autonomy success rate in representative scenarios, reduced failure modes in field logs, better localization stability and planning smoothness, tighter control tracking error, faster time-to-debug through better observability, and higher release confidence via automated tests and simulation regression coverage.

Compensation

Salary range is USD 63360 to 126720 per year, depending on experience, scope, and demonstrated robotics delivery impact.

Work Arrangement

Remote role marked Remote and structured for full-time collaboration across time zones. You will work with distributed engineering teams through documented designs, code reviews, and measurable delivery milestones. Rex.zone is the platform context for discovering and applying to this role.

Apply on Rex.zone

Apply through Rex.zone with a resume highlighting robotics projects shipped to real hardware or validated in simulation, links to code or portfolios where available, and brief notes on your ROS/ROS2 experience, autonomy stack contributions, and integration/testing approach.

Frequently Asked Questions

Q: Is this role remote and full-time?
Yes. The position is Remote and FULL_TIME, designed for distributed collaboration with clear documentation, asynchronous updates, and scheduled engineering syncs.
Q: What does “Robotics Engineer Work Managua” mean for location if the country is US?
The keyword targets “Robotics Engineer Work Managua” for search relevance while the job listing metadata remains Country: US and Remote Type: Remote. The work is performed remotely.
Q: What robotics domains are most relevant to this role?
Core domains include ROS/ROS2 development, sensor fusion, SLAM/localization, computer vision integration, motion planning, and closed-loop control, with strong emphasis on reliability and testing.
Q: Which programming languages and tools should I be comfortable with?
You should be strong in C++ and Python, comfortable in Linux, and experienced with ROS/ROS2, Git workflows, and simulation tools such as Gazebo or Isaac Sim.
Q: Do I need hardware experience or is simulation enough?
Hardware experience is preferred, but simulation-first experience is valuable if you can demonstrate disciplined validation, telemetry analysis, and reliable integration practices that transfer to real robots.
Q: What kinds of employers does this role align with?
The role aligns with robotics teams at technology companies, tech startups, AI labs, and engineering organizations building autonomous systems, robotic products, or automation platforms.
Q: What is the salary range and pay period?
The salary range is USD 63360 to 126720, Pay Period: YEAR.

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