Top Robotics Engineer Jobs

Maintain and improve autonomous hardware for manufacturing, supporting installation, commissioning, qualification, and lifecycle management of OHTs, AMRs, robotic platforms (including robotic dogs and humanoids). Diagnose mechanical, electrical, controls, and software integration issues, lead root-cause investigations and corrective actions, and evaluate emerging autonomous technologies to boost performance and reliability.

Design, program, integrate, and maintain industrial robotic systems and automation in a manufacturing plant. Lead integrations for robotic cells, conveyors, EOAT, and vision; perform root-cause analysis, support continuous improvement, create documentation, train staff, and ensure safety and regulatory compliance.

Lead standardization, development, programming, and shopfloor implementation of industrial robots and cobots across manufacturing sites. Drive POC projects, integrate robotics with PLCs, vision, and automation systems, optimize cells, support commissioning, troubleshooting, audits, and cross-functional deployments.

Develop and improve robotic manufacturing processes, collaborate with teams for optimization, assist in implementing end-of-arm tools, and analyze manufacturing data to enhance efficiency.

As a Senior Robotics Engineer, you will develop vehicle dynamics and controls software for GM's Super Cruise system, lead technical reviews, establish validation strategies, and ensure high-quality software delivery through best practices and teamwork.

As a Technical Lead, you will provide leadership in vehicle dynamics and controls systems, leading software engineering practices, mentoring engineers, and defining technical visions for GMs Super Cruise system.

Lead design, integration, validation, and deployment of data-center robotics and automation systems. Define technical direction, mentor partners, drive verification/validation (simulation, HIL, FAT/SAT), debug hardware/software/PLC stacks, and transition R&D prototypes into production-ready, scalable robotic solutions.

Field-deploy robotics engineer who installs, troubleshoots, and optimizes robotic surface-finishing work cells. Works with customers to observe processes, design cell layouts, modify end-of-arm tooling, set up sensors and controls, respond to service calls, and collaborate with software/hardware teams to improve reliability. Heavy travel and on-site customer support required.

The Robotics Engineer will implement and support smart robotic assistants, design robotic cells, and enhance customer success through technical solutions and collaborations.

Develop and implement trajectory optimization, vehicle dynamics, and closed-loop control software for GM's Super Cruise. Translate algorithms into production-quality C++/Python code, test and validate control and planning systems, collaborate across perception, localization, safety, and simulation teams, and improve reliability through tooling, CI, and validation.

Write automated integration, contract, and ICD conformance tests (pytest) for Apollo, run and maintain HIL test suites, investigate defects with senior engineers, convert escapes into regression tests, triage flaky tests, and collaborate with firmware/stack engineers to verify software-hardware behavior and improve RSIT tooling.

As a Robotics Engineer, you will design and deploy autonomy systems for unmanned ground vehicles, implementing control algorithms, integrating perception pipelines, and ensuring system reliability through field testing and debugging.

Develop and improve motion planning and autonomy modules (grasp planning, trajectory generation, collision avoidance, behavior trees) for deployed warehouse unloading robots. Debug production systems, write automated tests, and integrate with perception, hardware, and operations to increase pick success and reduce cycle time.

Design, program, document, commission, and field-support industrial control and robotics systems. Tasks include PLC/servo and HMI/SCADA programming, SQL/C++ scripting, control panel design (AutoCAD), network architecture, instrumentation specs, system startup/debug, and client-facing project management.

As a Robotics Engineer, you will develop and integrate software/hardware for space robots, working with NASA and helping to test and deploy these robots in zero-gravity conditions.

As a Forward Deployed Robotics Engineer, you'll manage robotic systems' technical issues in real-world settings, performing diagnostics, collaborating with teams, and analyzing data for resolution and improvements.

Join Hstar as a Mechanical Robotics Engineer focusing on robot design, integration, and testing, requiring strong skills in mechanical systems and robotics.

Develop next-generation autonomy capabilities for Spot by integrating perception, localization, and navigation methods, utilizing real-world sensor data and collaborating within the Spot Autonomy Team.

Develop, train, evaluate, and deploy instance segmentation and detection models to improve box detection and singulation. Build automated dataset curation and labeling pipelines, own benchmarking and regression frameworks, optimize models for real-time edge inference with TensorRT and quantization, debug production failures, and collaborate with perception and planning teams on integration and calibration.

Architect and implement infrastructure to manage hundreds of construction-site robots: fleet management, automated bring-up, OTA software/firmware updates with recovery and security, logging/monitoring, RobotVPN for field access, data management for limited networks, CI/CD and machine vision training pipelines, testing and lifecycle hardening.

Design and implement geometric path planners and time-optimal, jerk-limited trajectory optimizers for high-DOF manipulators. Integrate perception into collision-aware planning, validate on hardware, and optimize cycle-time in constrained container environments using MoveIt/ros_control and motion-planning frameworks.

Build and maintain end-to-end data and data science solutions for robotics in manufacturing. Design scalable pipelines for multimodal sensor, telemetry, image, and time-series data; enable analytics, model development, MLOps, reproducibility, and production monitoring. Partner with robotics, manufacturing, and software teams to turn raw data into curated datasets, APIs, and insights that drive operational improvements and reliability.

The Robotics Software Engineer will architect systems, implement navigation algorithms, develop software for UAS, and support prototype vehicle testing.

The Mechanical/Robotics Engineer III will design and analyze mechanical/electromechanical systems, integrating components for defense platforms, focusing on kinematics and robotics. Responsibilities include CAD design, testing, and collaboration with embedded engineering teams.

Develop and maintain intelligent software for autonomous robotics, integrating AI, machine learning, and computer vision systems in industrial environments.