Jobs at Umbra Space

The Senior Spacecraft Systems Engineer will design and implement advanced space systems, manage spacecraft development, and lead technical teams to deliver mission-critical solutions.

The Senior Spacecraft Systems Engineer will lead design efforts for spacecraft systems, ensuring performance requirements are met while mentoring junior engineers and collaborating with cross-functional teams.

The Systems Administrator is responsible for the performance and optimization of employee-facing systems, ensuring operational health, managing various platforms, and driving automation in workflows.

The Senior Software Engineer will design backend systems for satellite operations, ensuring reliability and scalability while leading cross-functional projects and mentoring engineers.

The Digital Workplace Lead oversees Umbra's employee technology experience, managing platforms and workflows to enhance IT service delivery. Responsible for technical leadership, the role requires close collaboration with HR and other departments to ensure effective employee lifecycle management and operational excellence in service desk functions.

The Senior Ground Software Engineer will develop secure ground software systems for satellite operations, focusing on mission scheduling and data processing, collaborating with cross-functional teams.

Design, implement, and test fault-tolerant flight and payload software for spacecraft. Lead software architecture, full lifecycle development, integration with flight hardware, automated and unit testing, documentation, and cross-disciplinary collaboration to meet mission requirements.

Lead development and sustainment of spacecraft and payload production lines. Create and document manufacturing procedures, support day-to-day production and quality, train personnel, resolve manufacturing discrepancies, perform root-cause analysis, and support product introductions and production readiness for a SAR satellite constellation.

Manage and grow on-site Systems Engineering and GNC teams for spacecraft development. Oversee hiring, performance, program execution, agile sprint planning, process improvements, stakeholder coordination, and compliance to deliver mission-ready satellite systems.

Design, analyze, build, and test spacecraft flight electronics across the full product lifecycle. Lead subsystem designs, perform schematic and PCB layout, select components, develop embedded firmware, maintain sourcing and configuration control, and coordinate with cross-functional teams to ensure mission-ready hardware.

The Engineering Manager will lead the spacecraft operations team, ensuring safe and efficient satellite operations, mentoring engineers, and improving team processes.

Develop HDL based digital designs for radar, electronic warfare, and communications, collaborating on systems integration and prototype development for mission solutions.

The Defense Director is responsible for integrating space-based capabilities into U.S. defense strategies, managing a team, and growing the business through effective communication and collaboration with government customers.

The Spacecraft Mechanical Engineer will design, build, and test spacecraft hardware, supporting mission solutions by collaborating with cross-functional teams, developing prototypes, and creating design documentation for innovative spacecraft products.

The Electrical Engineer will design and test spacecraft electronics, mentor junior engineers, and lead subsystem projects while collaborating with cross-functional teams.

The IT Solutions Engineer manages enterprise IT infrastructure supporting Space Systems testing. This role includes systems administration, lab systems integration, and collaboration to ensure reliable simulation environments.

The Hardware Test Infrastructure Engineer will set up, maintain, and integrate hardware for test environments, collaborating with engineers to ensure system reliability and documentation.

The Embedded Systems Engineer will develop firmware for satellite systems, focusing on embedded development, hardware integration, and system validation, working in a cross-functional environment.