Launch & Test Fluid Systems Engineer

InvestedintheMission; Town of Florida (NY); On-site; USD 120,000 - 190,000; Full time

Job summary

SpaceX is seeking an Launch & Test Engineer, Fluids, to design, build, and optimize fluid and mechanical systems for rocket launches and testing. You will own projects end-to-end, from design reviews to deployment, in a development-focused environment.

You will work with technicians to implement robust, manufacturable solutions, apply multidisciplinary engineering skills, and iterate quickly to meet tight launch deadlines while ensuring safety and reliability.

Qualifications

• Bachelor’s degree in mechanical, chemical, aerospace, or related engineering discipline.
• 1+ years hands‑on build or design experience (internships, clubs, or competition teams qualify).
• Willingness to perform other related duties and work in a fast-paced environment.

Responsibilities

• Analyze, design, and build systems for rocket launches and testing.
• Own projects from cradle to grave: reviews, procurement, and construction support.
• Design modular hardware for future launch sites; ensure manufacturability at volume.
• Apply interdisciplinary skills: system design, pressure/thermal analysis, materials selection, cost/schedule optimization.
• Collaborate with technicians to test and iterate designs; fix issues in real time.
• Maintain rapid feedback with launch operations to meet deadlines; troubleshoot and adapt.
• Hands‑on field work to keep rockets launching; operate in demanding environments.

Skills

Independent work

Initiative

Communication

Urgency under pressure

Team collaboration

Attention to detail

Problem solving

CAD design

Education

Bachelor's degree in engineering

Tools

NX CAD

Job description

SpaceX is seeking an Launch & Test Engineer, Fluids, to design, build, and optimize fluid and mechanical systems for rocket launches and testing. You will own projects end-to-end, from design reviews to deployment, in a development-focused environment.

You will work with technicians to implement robust, manufacturable solutions, apply multidisciplinary engineering skills, and iterate quickly to meet tight launch deadlines while ensuring safety and reliability.