Mining Robotics Jobs Chile

Mining Robotics Jobs Chile focus on designing, deploying, and maintaining autonomous and teleoperated robotic systems used in modern mine operations, including haulage automation, drilling assistance, inspection robots, and safety monitoring. At Rex.zone, you will support real-world robotics workflows across perception, SLAM, motion planning, controls, and field reliability, partnering with engineering teams that build production-grade autonomy stacks for harsh environments. This remote full-time role is aligned to mining robotics and mining automation hiring intent, connecting candidates to Robotics Engineer opportunities spanning sensors, ROS, simulation, and operational technology integration.

Mining Robotics Jobs Chile — Job Metadata

About the Role

You will work remotely on mining robotics engineering projects aligned to Mining Robotics Jobs Chile, helping teams design autonomy features for mining equipment and robotic platforms. The work spans perception pipelines (camera/LiDAR/radar), localization and mapping (SLAM), navigation and motion planning, and control loops for off-road terrain. You will contribute to integration with mine operations, including fleet telemetry, safety constraints, communications reliability, and operational technology interfaces, ensuring systems meet performance, uptime, and safety targets.

What You Will Do

["Build and maintain robotics software modules for mining autonomy using ROS/ROS2 patterns, message interfaces, and node lifecycle best practices","Develop perception and sensor fusion pipelines for harsh mine conditions (dust, vibration, low light), including calibration and synchronization","Implement and tune SLAM, localization, and navigation components for off-road environments with sparse features","Design motion planning and control strategies for autonomous or supervised operation, including failsafes and degraded-mode behavior","Create simulation scenarios and test harnesses to validate autonomy behavior before field rollout","Integrate robotic systems with telemetry, fleet management, and safety monitoring signals to support operational readiness","Support field commissioning, log analysis, incident triage, and reliability improvements using structured root-cause analysis","Write clear engineering documentation, interface contracts, and test plans to enable cross-team delivery"]

Required Qualifications

["Mid-Senior experience delivering robotics or autonomy software in production or field-tested environments","Strong proficiency in robotics fundamentals: coordinate frames, kinematics, estimation, control, and navigation","Hands-on experience with ROS/ROS2, Linux, and distributed robotics system debugging","Experience with perception stacks using camera/LiDAR and computer vision or point cloud processing","Practical knowledge of SLAM/localization approaches (e.g., EKF-based fusion, graph optimization concepts)","Comfort working with logs, bag files, replay pipelines, metrics dashboards, and reproducible experiments","Ability to collaborate remotely across time zones, producing actionable design docs and implementation plans"]

Preferred Qualifications

["Mining automation, heavy equipment autonomy, or off-road robotics experience (haul trucks, drilling, dozers, loaders)","Experience with functional safety concepts, hazard analysis, and safety case contributions","Familiarity with simulation tools and workflows (e.g., Gazebo/Ignition, Isaac Sim, CARLA-like pipelines)","Understanding of networking constraints in industrial sites and strategies for resilient autonomy operation","Exposure to OT/IT integration patterns, industrial protocols, or fleet telemetry systems","Experience with CI/CD for robotics, containerized deployments, and reproducible builds"]

Tools and Technology

["ROS/ROS2","Linux","C++ and/or Python robotics development","SLAM and localization toolchains","Computer vision and point cloud processing","Simulation and scenario testing","Version control and CI/CD","Telemetry, logging, and observability"]

How Success Is Measured

["Improved autonomy reliability in mining scenarios through measurable reductions in disengagements and fault rates","Higher quality perception and localization performance across varied environmental conditions","Faster, safer commissioning through robust test plans and simulation validation","Clear engineering communication that accelerates integration and reduces operational surprises","Sustained field uptime through disciplined monitoring, debugging, and iterative hardening"]

Remote Work Notes

["This role is Remote and remains Remote","You will collaborate with distributed engineering and operations stakeholders","Occasional travel may be requested depending on project needs and field validation windows"]

Apply on Rex.zone

["Explore Mining Robotics Jobs Chile on Rex.zone and submit your application with a resume highlighting autonomy, ROS, SLAM, and field robotics experience","Include brief examples of production deployments, testing methodology, and reliability improvements","If you have mining automation experience, describe the equipment domain and operational constraints you worked within"]

Frequently Asked Questions

Q: What does a Mining Robotics role typically cover?
Mining robotics work commonly includes autonomy and assistive robotics for mine operations: perception (camera/LiDAR), localization/SLAM, motion planning, controls, safety monitoring, and integration with fleet telemetry and operational workflows.
Q: Is this role remote and full-time?
Yes. The position is Remote and FULL_TIME as listed in the job metadata.
Q: Why is the page titled Mining Robotics Jobs Chile if the country is US?
The page is optimized for the Mining Robotics Jobs Chile keyword and hiring intent while listing the role’s operational posting metadata (Country: US) to match the provided job details.
Q: What skills should I emphasize to match Mining Robotics Jobs Chile?
Emphasize mining robotics, autonomous systems, ROS, SLAM, computer vision, sensor fusion, motion planning, control systems, robotics simulation, and field commissioning experience.
Q: What industries and employer types does this role align with?
It aligns with Technology employers building mining automation and robotics systems, including AI labs, tech startups, and industrial autonomy teams supporting real-world deployment and reliability.
Q: What kinds of projects are common in mining autonomy?
Typical projects include autonomous navigation in off-road environments, obstacle detection, dust-robust perception, localization in GPS-challenged areas, safe stop behaviors, teleoperation fallback, and production monitoring for uptime.

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