Search the 195 jobs at Relativity Space

Design and implement software for the Mission Assurance and Vehicle Simulation (MAVS) team at Relativity Space. Responsibilities include building test software infrastructure, vehicle proxy, configuration, and software deployment. Collaborate with stakeholders to configure and test hardware for rockets. Requires degree in Computer Science or related field and 3+ years of experience in software development.

Drive the development of RF & Telemetry systems for launch vehicles, model antenna radiation patterns, develop system architecture, select components, participate in integration and testing, support regulatory activities, and mentor engineering team.

Join Relativity Space as a Senior Structures Technician on the 2nd Shift. Responsible for drilling and bonding operations on primary structures of the vehicle. Requires aerospace structural experience, ability to operate hand tools, interpret engineering drawings, and work in confined spaces.

Responsible for designing, analyzing, and testing launch vehicle integrated structures. Key responsibilities include conceptualization, design, analysis, and manufacturing of primary and secondary structures related to various components. Must demonstrate innovation, collaboration, and the ability to lead projects to completion in a fast-paced environment.

Seeking a Senior DevOps Engineer to support infrastructural growth, ensure service up-time, develop automated software deployments, and champion automation. Must have 3+ years of experience in Site Reliability Engineering, Automation, or DevOps roles with proficiency in Kubernetes, cloud services, and infrastructure-as-code frameworks.

Looking for a DevOps Engineer to support infrastructural growth, ensure up-time on services, develop roadmaps for automated deployments, champion automation, and leverage configuration management. Experience with Kubernetes, cloud services, deployment frameworks, and infrastructure-as-code is required. Nice to have advanced proficiency with Kubernetes, GitLab experience, production monitoring knowledge, Artifactory experience, and familiarity with Configuration Management tools. Relativity Space offers competitive salary and equity, generous vacation policy, and an annual L &D stipend. Equal opportunity employer valuing diversity.

Engine Manufacturing Program Manager role at Relativity Space responsible for ensuring propulsion engineering releases initial designs and BOM's on time to support procurement and manufacturing needs. The role involves managing the engine manufacturing schedule, building necessary tools, and reports, and collaborating with cross-functional teams to ensure the health of Aeon-R's hardware. Requires versatility, detail-orientation, and strong communication skills.

Serve as a responsible M&P engineer for structural composites on the Terran-R vehicle, researching, selecting, developing, and troubleshooting material-process systems.

The Structures Design Engineer II at Relativity Space is responsible for designing, analyzing, testing, and manufacturing integrated structures for launch vehicles. This role involves conceptualization, design, manufacturing, and testing of primary and secondary structures related to various components of the launch vehicle.

Lead a cross-functional team in the development and implementation of complex mechanism systems for aerospace applications at Relativity Space. Drive program execution, resolve technical issues, and optimize verification events throughout the life cycle of mechanism systems. Collaborate with various disciplines to design, test, and operate Terran R rockets. Responsible for coordinating resources, assigning activities, and identifying corrective actions to enhance team performance and project execution.

Act as Integrated Product Team Lead for a variety of complex and highly cross-functional fluid systems, driving program execution and resolution of technical issues. Responsible for identifying and decomposing requirements, optimizing verification events, and resolving risks across the entire life cycle of the fluid system.

As a Mission Reliability Engineer at Relativity Space, you will be responsible for ensuring the rockets are designed, built, and operated with the highest level of engineering rigor. Your role involves performing assessments, driving architectural decisions, identifying technical deficiencies, leading investigations, and developing processes to assess manufacturing issues.

Design and operate structural test stands at a manufacturing facility. Responsible for the full design cycle of test stands, including conceptualization, design, analysis, fabrication, and operation. Collaborate with various teams and utilize software such as NX/TeamCenter, Nastran, and ANSYS. Strong organizational skills and ability to lead projects to completion.

Design and operate structural test stands for rockets

Design and operate structural test stands for rockets, from concept to full operational readiness. Collaborate with cross-functional teams and use software such as NX/TeamCenter, Nastran, ANSYS for design and analysis. Provide recommendations and document work.

Design and operate structural test stands for rockets, collaborate with various teams, use CAD software, perform analysis, and document work.

Lead a team of engineers in producing integrated stage assemblies at a production facility, oversee manufacturing processes, optimize production efficiency, manage large-scale assembly logistics, and resolve integration-related issues in a fast-paced environment.

The Project Manager at Relativity Space will drive the development of tools and processes to ensure critical company data is structured effectively. They will act as technical and strategic liaisons to partner teams, facilitate communication between teams, and improve decision-making speed.

Design and test mechanisms for Terran R rockets, work on stage separation, payload deployment, aero control features, and landing gear, collaborate with partner groups, conduct trade studies, and ensure timely delivery within budget.

Responsible for developing and executing feasibility studies, PODs, and qualification plans. Conduct digital and computed radiographic inspections, evaluate radiographic images, and document analysis results. Interface with stakeholders and develop NDE techniques for complex parts. Program automated digital RT inspections and maintain radiographic equipment.