Launch Engineer, Dragon

LAUNCH ENGINEER, DRAGON

SpaceX is seeking exceptional candidates for a Launch Engineer position on the Dragon Integration team. In this role, you will apply your technical expertise, hands-on experience, and creative problem-solving to develop solutions that advance human spaceflight operations and vehicle reusability. You will play a critical part in the maintenance, testing, and readiness of Dragon Spacecraft designed to safely transport crew and cargo to and from Low Earth Orbit. We are looking for engineers with deep expertise in Structures, Fluids, or Test backgrounds.

RESPONSIBILITIES:

• Develop, execute, and continuously improve procedures for the integration, testing, and operation of Crew and Cargo Dragon flight hardware and associated ground support equipment (GSE)
• Lead day-to-day execution of mission-specific launch site and vehicle processing activities, ensuring safe and efficient readiness for flight
• Evaluate flight vehicle requirements and define work scope for capsule maintenance and processing campaigns
• Manage work orders, drive non-conformances to resolution, and implement system improvements while maintaining accurate integrated planning documents across various vehicle configurations
• Investigate and resolve vehicle, GSE, and test equipment failures by dispositioning issues, identifying root causes, and implementing corrective and preventive actions
• Design and develop hardware and software tools that enable and optimize vehicle processing and test operations
• Collaborate daily with cross-functional engineering teams and skilled technicians
• Clearly communicate vehicle status and priorities to a broad audience during readiness reviews and daily updates

BASIC QUALIFICATIONS:

• Bachelor’s degree in mechanical, aerospace, electrical engineering, or a related engineering discipline
• 1+ years of experience in hardware development, vehicle integration or refurbishment, manufacturing, pressurized systems, structural assembly, test operations, or related operations (internship and project experience accepted)

PREFERRED SKILLS AND EXPERIENCE:

• 3+ years of industry experience in automotive, aviation, or spacecraft manufacturing working with large integrated assemblies
• Hands-on experience with high-pressure fluid systems, avionics, structures, and mechanisms
• Experience writing test plans/procedures and executing integrated system tests
• Proficiency reading fluid and electrical schematics to analyze and improve test coverage, with the ability to verify designs using simplified hand calculations (FEA or CFD a plus)
• Mechanical component and tooling design experience using 3D CAD (intermediate proficiency; NX preferred), including producing fabrication drawings and applying DFMA principles
• Ability to apply first-principles reasoning to engineering problems, question requirements, and delete parts or process steps
• Hands-on fabrication skills including machining (mill/lathe), welding, and 3D printing
• Experience using AI coding tools to accelerate scripting, automation, and software development
• Acute attention to detail with the ability to identify cross-system interactions and prevent issues, paired with strong problem-solving and decision-making under tight deadlines and high-stress conditions
• Collaborative team player who communicates clearly across diverse groups, works effectively both independently and in teams, and balances cost, schedule, and technical performance
• Positive, adaptable attitude with the ability to rapidly shift priorities, maintain high urgency in a fast-paced environment, and support efficient operations as needed

ADDITIONAL REQUIREMENTS:

• Ability to obtain and maintain a Space Force background check for work at Cape Canaveral, Florida
• Ability to perform physical tasks including standing for extended periods and lifting/carrying materials or equipment weighing 15–35 lbs
• Willingness to be trained to work around hypergolic propellants (MMH and NTO) and to handle hazardous materials
• Ability to maintain high concentration and perform effectively in a high-stress environment that may involve prolonged focus and extended work hours
• Willingness to work outdoors as required
• Travel may be required to provide support to critical Starship or AI related projects within the company
• Flexibility to support typical 60-hour work weeks and varying schedules based on operational needs