Top Robotics Engineer Jobs

The role involves designing and improving robotics workflows, building tools for simulation and testing, and supporting community development initiatives.

The Senior Software Engineer will develop CI/CD frameworks and visualization tools for robotics research, enhancing AI efficiencies and team collaboration.

Lead development of onboard marine autonomy software for unmanned surface vessels, focusing on ROS-based stacks for navigation and control.

As a Quality Engineer, you will ensure robotic products meet performance and reliability standards, conduct testing, and collaborate on quality processes.

As an Embedded Compute Engineer, design, integrate, and optimize computing systems for robotics, focusing on performance, reliability, and scalability in field environments.

The role involves building and maintaining simulation infrastructure for robotics, integrating simulations into CI/CD, developing dynamic models, and managing synthetic data generation for machine learning applications.

The Sensor Systems Engineer will design, integrate, calibrate, and validate sensing systems for robotics, ensuring accurate data collection in various environments.

Design and implement mechanical systems for robotics, focusing on structures, thermal management, and manufacturability, from CAD through production to field support.

Lead the development of reinforcement learning-based locomotion controllers for legged robots, focusing on designing and testing agile policies in real-world scenarios.

Lead the design and development of software frameworks for robotics, improve open-source ROS community, and optimize autonomy stacks on NVIDIA platforms.

Develop and implement computer vision and robotics algorithms for autonomous flight, focusing on landing zone evaluation and detection systems while collaborating with planning teams.

The Staff ML Engineer will develop and deploy machine learning models for perception and navigation in humanoid robots. Responsibilities include sensor fusion, real-time inference, data collection, and mentoring junior engineers.

Manage complex customer rollouts and deployments of robotic systems, perform environment assessments, workflow mappings, and provide technical support.

The Robotics Support Engineer resolves mechanical and electrical issues, assists customers with troubleshooting, designs product improvements, and collaborates with engineering teams.

Lead the design and development of robotic automation systems in manufacturing, collaborate with teams, integrate software and hardware, and improve robotic systems.

Develop, implement, and test robotic control algorithms for electromechanical systems while ensuring software functionality in a safety-critical environment through collaborative design discussions and regulatory compliance.

Develop and integrate tools for simulating and testing robots. Work with customer teams to enhance workflows and user interfaces.

Responsible for developing electrical components and avionics systems, overseeing a small team, and ensuring high-reliability PCB designs for space applications.

The Senior Robotics Engineer will architect a multi-sensor perception system, optimize data throughput, and harden systems for real-world applications.

Develop perception and localization algorithms for tractor-mounted camera systems. Implement intelligent algorithms, fuse sensor data, and optimize code for edge computing performance.

Design components and systems for production robots, ensuring performance and manufacturability. Collaborate with engineers to support product development.

The UGV Systems Engineer will lead integration of autonomy hardware in unmanned ground vehicles, managing teams across electrical, mechanical, and computing disciplines while ensuring system reliability and scalability.

The Robotics Navigation Engineer will implement and optimize navigation algorithms, integrate various sensors, and work on sim-to-real workflows for robotic applications.

Lead the design and development of advanced robotic systems, overseeing the full lifecycle from concept to integration with AI-driven systems. Responsibilities include prototyping, debugging, testing, and documentation.

Develop and lead software for robotic systems, focusing on control, sensing, teleoperation, and integration with AI and hardware teams.