The Sr. UX Engineer will build interactive web applications, implementing features in React and utilizing geospatial libraries for dynamic visualizations while collaborating with cross-functional teams.

As a Mission Software Engineer, you'll develop and deploy mission-critical software for autonomous systems, engaging with interdisciplinary teams to solve real-world challenges.

The Technical Project Manager will oversee planning and execution of projects integrating hardware and software for autonomous systems, ensuring cross-functional coordination and risk management while maintaining program stability.

Design and optimize onboard computing and electrical systems for autonomous aerial platforms, integrating power management, sensors, and communication protocols.

The Air Vehicle Conceptual Design Engineer will develop new aircraft concepts optimizing for collaborative autonomy. Responsibilities include design iteration through sketches and models, trade studies, and cross-disciplinary collaboration.

The Autonomy Engineer will integrate autonomy software across aerial and maritime platforms, develop cooperative behaviors, conduct field testing, and improve autonomy models using real-world data.

Mission Operations Specialists lead the deployment and execution of Autonomous Surface Vehicle platforms, train users, monitor operations, and engage customers to improve product performance.

As a Mission Software Engineer, you'll integrate and deploy mission-critical autonomy software on large maritime platforms, ensuring system reliability in complex environments and collaborating with cross-functional teams.

As an Embedded Perception Engineer, you'll develop perception pipelines for autonomous systems, focusing on vision model development, sensor fusion, and optimization on embedded hardware.

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.

As a Mission Software Engineer, you will integrate, deploy, and own mission-critical autonomy software on maritime platforms, ensuring reliability in complex environments and collaborating with cross-functional teams.

The Naval Architect will design and analyze maritime vessels, assess hydrodynamics, stability, and collaborate on structural integration. The role involves prototype support and performance validation in various maritime environments.

Develop scalable, high-performance user interfaces using React, integrating with backend services, and optimizing for performance in data-driven web applications.

The Cloud Platform Tech Lead will own the architecture and reliability of the cloud platform, lead cross-functional teams, establish standards, and drive DevOps excellence to support engineering teams with secure and scalable infrastructure.

The DevOps Engineer will build and maintain CI/CD pipelines, manage cloud infrastructure, and implement observability tools while ensuring high reliability and security. They will collaborate closely with engineering teams to improve developer velocity and operational practices.

Develop, deploy, and own mission-critical autonomy software for maritime systems. Work across networking, autonomy, systems integration, and robotics to build, monitor, and troubleshoot deployed solutions, collaborate with customers and multidisciplinary teams, and scale platform capabilities for operational use.

The UX Technical Lead will oversee the UX team, focusing on frontend architecture and high-performance user interfaces for complex applications, while collaborating cross-functionally to ensure usability and quality.

The Software Integration Engineer will design and maintain system integrations, build open-source SDKs, engage with developers, and collaborate on solutions for mission needs.