Robotics Engineer Jobs Córdoba

Robotics Engineer Jobs Córdoba on Rex.zone connect mid-senior engineers with remote, full-time robotics engineering work spanning robot software, motion planning, perception, controls, and automation systems. You will help build and deploy robotic platforms and industrial automation solutions by developing ROS/ROS2 nodes, integrating sensors (LiDAR, camera, IMU), implementing SLAM and localization, tuning PID and model-based controllers, and validating safety and performance in simulation and real hardware-in-the-loop environments. These Robotics Engineer roles support technology teams across AI labs, tech startups, and product engineering groups, emphasizing reliable autonomy, robust testing, and production-grade deployment. Explore and apply on Rex.zone for remote robotics opportunities aligned to Córdoba-focused search intent.

Robotics Engineer Jobs Córdoba — Remote Full-Time Role

About the Role

As a Robotics Engineer, you will design, develop, and maintain autonomy and automation capabilities for robotic systems in a remote, full-time capacity. The work typically spans robotics software architecture, perception pipelines, navigation and motion planning, and closed-loop control, with an emphasis on reliability, testing, and deployability. You will collaborate with cross-functional engineering teams to translate product requirements into robotic behaviors, integrate sensors and actuators, and improve robot performance through iterative experimentation in simulation and on hardware.

Key Responsibilities

Own robotics software modules for perception, planning, and control within ROS/ROS2-based systems. Build and maintain sensor integration pipelines (camera, LiDAR, IMU, wheel odometry) and ensure time synchronization and calibration. Implement and tune SLAM and localization approaches and evaluate drift, loop closure, and map consistency. Develop motion planning and navigation stacks, including trajectory generation, collision checking, and recovery behaviors. Design and tune controllers (PID, MPC or model-based control as applicable) and validate stability and tracking performance. Establish simulation workflows (Gazebo or equivalent) and hardware-in-the-loop tests to de-risk deployments. Create robust logging, telemetry, and debugging tools for field data and regression analysis. Write production-quality code in C++ and Python with reviews, CI, and automated tests. Partner with mechanical, electrical, and product teams to align interfaces, constraints, and performance targets. Document architectures, interfaces, and operational procedures to support maintainability and scaling.

Required Qualifications

Mid-senior experience delivering robotics or autonomy features in production or advanced prototypes. Strong proficiency in C++ and Python for robotics software development. Working experience with ROS/ROS2 concepts such as nodes, topics, services, actions, TF, and rosbag. Solid understanding of kinematics, dynamics, state estimation, and control systems. Practical experience with motion planning, navigation, and collision avoidance concepts. Familiarity with SLAM, localization, and sensor fusion methods and evaluation practices. Comfort debugging multi-sensor systems, timing issues, and real-world edge cases. Ability to work independently in a remote environment with strong written communication.

Preferred Qualifications

Experience with computer vision pipelines (feature tracking, stereo, depth, object detection) and performance profiling. Familiarity with common robotics middleware and mapping stacks (Nav2, MoveIt, or equivalents). Experience with simulation, test automation, and scenario-based evaluation. Exposure to safety considerations, fail-safe behaviors, and operational monitoring for robots in the field. Background in industrial automation, AMRs, drones, manipulators, or mobile robotics products.

Tools and Workflows

Typical stacks include ROS/ROS2, C++/Python, Linux, Git-based development, and CI pipelines. Simulation and evaluation may use Gazebo and custom test harnesses, plus structured logs and metrics for regression tracking. Teams often rely on reproducible builds, coding standards, and design reviews to keep autonomy and control changes safe and auditable.

Why Apply on Rex.zone

Rex.zone helps candidates discover remote, full-time engineering roles with clear requirements, compensation ranges, and skill alignment. If you are searching for Robotics Engineer Jobs Córdoba, this page is designed to match that intent while connecting you to remote opportunities across technology employers, including startups and product teams building real robotic systems.

Compensation

Salary range for this remote, full-time Robotics Engineer role is USD 63360 to 126720 per year, based on skills, experience, and role scope.

How to Apply

Apply through Rex.zone with a resume highlighting robotics projects, ROS/ROS2 experience, perception/planning/control work, and any simulation-to-hardware deployment outcomes. Include links to portfolios, repositories, or technical write-ups where available.

Frequently Asked Questions

Q: Is this role remote?
Yes. The Remote Type is Remote and the role is designed for remote collaboration across engineering teams.
Q: What employment type is offered?
FULL_TIME.
Q: What experience level is expected for these Robotics Engineer Jobs Córdoba listings?
Mid-Senior level experience is expected, with proven delivery of robotics, autonomy, or automation features.
Q: What are the core skills required?
Robotics engineering, ROS/ROS2, motion planning, SLAM/localization, sensor fusion, computer vision, control systems, C++, Python, and simulation workflows.
Q: What salary range is listed?
USD 63360 to 126720 per YEAR.
Q: What kinds of robotics problems will I work on?
Common problem areas include perception and sensor integration, state estimation and localization, navigation and motion planning, and controller design and tuning, validated in simulation and on hardware.
Q: Which industries and employers are typical for this category?
Technology industry employers such as product engineering teams, tech startups, and robotics-focused organizations hiring for engineering functions.
Q: How do I improve my chances of being selected?
Show evidence of ROS/ROS2 delivery, simulation-to-hardware validation, strong testing and debugging practices, and measurable performance improvements such as localization accuracy, tracking error reduction, or reliability gains.

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