The Mission Assurance Engineer will drive quality and risk management in propulsion systems, implementing assurance processes, collaborating with various teams, and developing risk mitigation strategies. Responsibilities include leading investigations into product failures, supporting compliance reviews, and maintaining quality documentation.

As a Thermal Analysis Engineer, you will conduct thermal modeling and analysis on aerospace components, ensuring their performance and reliability under extreme conditions. You will collaborate with design and manufacturing teams, validate analytical models, and prepare technical documentation. This role involves solving complex thermal challenges and optimizing component designs.

The Additive Manufacturing Engineer at Ursa Major will focus on LPBF component manufacturing, including build file setup, structure design support, parameter development, build failure troubleshooting, and collaboration with design teams for propulsion engine development. Ideal candidates should have experience in LPBF production and a passion for propulsion design.

The Talent Acquisition Specialist at Ursa Major will coordinate and schedule interviews, collaborate with hiring managers and HR partners, review resumes, conduct initial interviews, maintain candidate relationships, and optimize recruitment processes. The role emphasizes a commitment to diversity and a growth mindset while ensuring a positive candidate experience throughout the hiring journey.

The Senior Advanced Programs Design Engineer will design and develop propulsion systems, focusing on prototype-level projects. Responsibilities include clean sheet design, system modifications, collaboration with engineers, and testing prototypes. The role demands excellent problem solving and communication skills, with a strong emphasis on hands-on experience in a fast-paced environment.

The Facilities Maintenance Technician at Ursa Major is responsible for maintaining critical infrastructure including electrical, mechanical, HVAC, and plumbing systems. The role involves preventive and corrective maintenance, troubleshooting failures, managing contractors, and ensuring compliance with safety regulations. The technician also conducts risk assessments and provides technical mentorship to junior team members, alongside implementing efficiency initiatives to optimize operational costs.

The Program Manager leads the execution of aerospace programs by driving customer satisfaction, managing schedules and resources, overseeing budgets, and evaluating technical risks. This role involves collaboration with cross-functional teams, managing customer relationships, and supporting business development efforts.

The Staff Design Engineer for Nozzles is responsible for designing, analyzing, and qualifying solid rocket motor nozzles. The role requires leading design campaigns, ensuring designs meet customer requirements, guiding prototype assembly, and mentoring junior team members. It involves using CAD tools and additive manufacturing technologies while maintaining compliance with industry standards.

The Staff Design Engineer will design and analyze solid rocket motor insulation systems, lead development for conceptual designs, ensure adherence to cost and reliability, provide guidance for assembly/testing, review test data, and mentor junior staff. Experience in additive manufacturing and designing for high-rate production is essential.

The CMM Programmer will program and optimize advanced inspection equipment, collaborate with engineers and quality personnel to solve manufacturing challenges, validate inspection programs, provide detailed reports, and conduct various inspections while assisting in training junior team members.

Seeking talented individuals for a Summer 2025 Platform Engineering Internship at Ursa Major. Responsibilities include building and supporting cloud infrastructure, kubernetes clusters, integrating software systems, and learning production software infrastructure. Must have a passion for problem-solving and willingness to learn.

The Mechanical/SRM Ballistics Analyst will research, design, analyze, and test solid rocket motor propulsion systems, focusing on energetic materials. Responsibilities include formulation, testing, computational performance analysis, and technical documentation, ensuring compliance with safety regulations.

The Propulsion Development Engineer II is responsible for designing and developing hardware for solid rocket motors, including clean sheet design, leading communication with stakeholders, evaluating novel manufacturing methods, supporting prototype fabrication, and developing test plans with required instrumentation.

The Staff Propulsion Engineer will lead fluid and mechanical system design projects, including clean sheet designs and modifications of propulsion hardware. Responsibilities include mentoring junior engineers, deriving design requirements, documenting work instructions, and assembling prototypes for engine systems.

Lead the design efforts for fluid and mechanical systems in propulsion hardware, from concept to production-ready designs. Collaborate with other engineers, derive requirements, update assembly instructions, and test prototypes while mentoring a team.

The Senior Propulsion Engineer will lead the design of fluid and mechanical systems for propulsion hardware, guiding the team and ensuring projects meet specifications from concept to production. Responsibilities also include modifying existing designs, assembling prototypes, and collaborating with engineers across multiple engine programs.

As a Senior Manufacturing Controls Engineer, you will design, implement, and maintain automation tools and SCADA connectivity for rocket engine manufacturing. You'll collaborate with various engineering teams to develop test systems and ensure safety and efficiency in production through programming and integration of control systems.

As a Manufacturing Controls Engineer, you will design, implement, and maintain automation tools and SCADA connectivity in rocket engine manufacturing. Your role requires collaboration with various engineering teams to develop new test systems, retrofits, and ensure operator-focused solutions through organized PLC code and HMI design.

The Lead Avionics Engineer will spearhead the design and development of avionics systems for space applications, guiding a team while ensuring project milestones are met. Responsibilities include overseeing hardware design, managing test plans, maintaining quality standards, and acting as a technical point of contact for customer inquiries.

The Ablation Analyst will focus on analyzing, modeling, and improving ablative materials for solid rocket motors. Responsibilities include performing thermal and ablation analysis, developing computational models, and collaborating with engineers to enhance material performance and reliability.