PROPULSION INTEGRATION ENGINEER

About the Job

The Propulsion Integration Engineer will be responsible for end-to-end mechanical and fluid-system integration of liquid rocket engines, ensuring seamless assembly, functional compatibility, test readiness, and flight qualification. The role requires cross-functional coordination, strong system-level thinking, and a deep understanding of propulsion hardware.

RESPONSIBILITIS:

1. Responsible for designing, modeling, and detailing complex parts and assemblies for liquid rocket stages using earth-storable and cryogenic propellants, and generating manufacturing drawings aligned with build sequences.
2. Select and apply aerospace-grade materials, mechanical and structural joints (fasteners, rivets, etc.), tooling, and integration methods during assembly.
3. Apply and interpret GD&T to ensure compliance between engineering intent and manufacturing execution.
4. Plan and execute pipe routing for rigid and flexible lines, including rigid pipe bending, end-fitting selection, welding, sealing, and qualification through hydraulic and pneumatic proof pressure testing.
5. Implement aerospace integration standards, quality norms, and associated processes throughout assembly and testing activities.
6. Execute end-to-end product development activities from configuration design through realization and final assembly.
7. Independently assemble mechanical structures, fixtures, and jigs in accordance with approved procedures.
8. Identify system-level issues during integration and testing and provide timely, practical engineering solutions.
9. Perform part inspection and operate precision measuring instruments to ensure dimensional and quality compliance.
10. Prepare and maintain assembly procedures, work instructions, and checklists.
11. Handle and integrate explosive assemblies in compliance with safety and regulatory requirements.
12. Coordinate closely with design, manufacturing, and quality teams to obtain technical clearances and resolve non-conformances.
13. Manage propellant handling and transportation activities in support of testing operations.
14. Interpret and work with plumbing and instrumentation diagrams (P&ID) for system integration.

SKILLS REQUIRED:

Technical Skills (In order of Priority)

1. Strong knowledge of CAD modelling, drawings and machine design with experience in design analyses Experience with SolidWorks, Auto Cad & Creo.
2. Fundamental understanding of common fluid and electrical components such as but not limited to valves, regulators, solenoids, actuators, etc.
3. In depth understanding of GD&T.
4. Hands on experience with high pressure gas systems and/or Cryogenic systems.

Other Skills (In order of Priority):

1. Strong written and verbal communication skills; ability to write design reports, test plans, and deliver design presentations.
2. Passion for space exploration and firm belief in delivering affordable access to space.
3. Self-driven engineer who thrives in ambiguity.
4. Passion & Tenacity to tackle challenging issues unique to the Aerospace Industry.
5. Experience in a start-up or agile development environment.
6. Ability to inspire comradery and mutual respect in a diverse team.

QUALIFICATION:

Essential:

1. Bachelor of Science or Engineering degree in Mechanical engineering, Aerospace engineering or other technical.
2. 2-3 years of experience preferably for aerospace and defence experience.