As a Machinist at Ursa Major, you will operate CNC equipment to manufacture aerospace components, maintaining tight tolerances while ensuring quality. You'll also support development hardware output and contribute to shop operations, tooling, and maintenance, in a collaborative team environment.

As an Infrastructure Software Engineer, you will manage CI/CD pipelines, ensure software reliability, oversee configuration management, and collaborate to improve processes and documentation.

As a Material Planner, you'll ensure the right materials are available for manufacturing, working closely with various teams to create effective production schedules and mitigate material shortages.

Support fluid and mechanical system design for spacecraft propulsion. Responsibilities include clean sheet design, modifications, mentoring, and testing of components.

Lead the technical direction of solid rocket motors, guide test plans, develop facilities, and manage a technical team within a fast-paced environment.

Design and prototype avionics systems, specify requirements, troubleshoot issues, and collaborate with teams across Ursa Major.

The Electrical Engineer will design avionics systems for aerospace, develop mixed-signal designs, and perform reliability analyses, ensuring flight hardware meets requirements for harsh environments.

The Manufacturing Controls Engineer will design, implement, and maintain automation tools and SCADA systems, collaborate with various engineering teams, and develop PLC programs and electrical systems for manufacturing processes.

As a Senior Manufacturing Controls Engineer, you will design and maintain automation tools, collaborate on manufacturing processes, and enhance decision-making through SCADA connectivity.

The Senior Propulsion Engineer will be responsible for designing and validating propulsion hardware, leading projects, and mentoring junior engineers. Responsibilities include clean sheet designs, modifications, and ensuring successful integrations of mechanical systems.

The role involves designing and testing propulsion hardware components, collaborating with engineers, and leading projects. Responsibilities include clean sheet design, testing, and validation of engine systems.

The Staff Propulsion Engineer will design and validate propulsion hardware, mentor engineers, and oversee component integration. Responsibilities include clean design, modifications, and tests for various engine components.

The Ballistics Analyst will perform research, design, analysis, and testing for solid rocket motor technologies, collaborating on propellant development and optimization while ensuring safety and regulatory compliance.

Responsible for the design, fabrication, and testing of solid rocket motor hardware, focusing on novel manufacturing processes and documentation.

The Ablation Analyst will conduct thermal and ablation analysis of rocket materials, develop computational models, and support design teams with insights to optimize performance.

As a Lead Avionics Engineer, you will guide a team in designing avionics systems for spacecraft, oversee hardware design, and manage project milestones, ensuring reliability and mission success in space applications.

The Senior Mechanical Engineer will design, analyze, and qualify solid rocket motor structures, lead development campaigns, and mentor junior engineers while ensuring product reliability and scalability.

The Staff Designer will lead the design and analysis of solid rocket motors, ensuring adherence to industry standards and customer requirements, while mentoring junior staff and managing project schedules.

The Director of Supply Chain will lead a team to optimize procurement, logistics, and supplier management, focusing on compliance, KPI improvements, and strategy implementation.

As a Mission Assurance Engineer, you will implement processes to ensure product reliability, manage risks, and support cross-functional teams in evaluating performance and compliance for aerospace propulsion systems.