The Firmware Engineer will bridge physical I/O and high-level applications by programming devices, improving interfaces, and collaborating with teams.

Enhance the performance of autonomous truck unloading robots through research, prototyping, and collaboration, focusing on speed, reliability, and scalability.

As an SQA Engineer, you will design, execute, and automate testing strategies for robotic software, ensuring reliability and performance in logistics applications.

The Senior Data Engineer will design and maintain data infrastructures, lead collaborations, and optimize data pipelines and database performance to support robot-related data analytics and insights.

The deployment engineer installs and integrates robots in logistics warehouses, provides customer support post-deployment, and collaborates with engineering teams on product testing.

Lead product strategies for warehouse automation from ideation to launch, focusing on customer needs and product performance metrics.

As an SDET, you'll design automated test frameworks, collaborate with developers, execute testing plans, and improve QA practices for robotics software.

The technician maintains and installs robots, providing technical support post-deployment, and communicates complex issues clearly to customers.

The Technical Recruiter will manage the full recruitment life cycle for technical roles, develop sourcing strategies, and optimize hiring processes while providing an exceptional candidate experience.

The Systems QA Engineer develops test strategies, executes release testing, analyzes data, creates test plans, and collaborates with teams to ensure product quality.

Develop and optimize machine learning models for robotics, focusing on AI-driven manipulation and perception, while collaborating with teams to integrate solutions into real-world applications.

Lead the architectural strategy and design of robotic systems, ensuring scalability and reliability in software infrastructure for autonomous robots.

Lead the design and optimization of high-performance compute infrastructure for robotics, ensuring integration, security, and efficiency.

The Mechanical Engineer will optimize robotic systems and collaborate with teams to improve product designs, conduct testing, and ensure compliance with standards.

The Hardware Test Engineer will design, develop, and execute test plans, perform tests on robotic systems, analyze failures, and collaborate with engineering teams to enhance product quality.

Design and develop motion planning algorithms for robots, collaborating across teams to optimize performance and ensure integration within robotic systems.

As a Senior Motion Planning Software Engineer, you will design and develop algorithms for robotic manipulators, optimizing motion planning for efficiency and safety while mentoring other engineers.