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:

• 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.
• Select and apply aerospace-grade materials, mechanical and structural joints (fasteners, rivets, etc.), tooling, and integration methods during assembly.
• Apply and interpret GD&T to ensure compliance between engineering intent and manufacturing execution.
• 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.
• Implement aerospace integration standards, quality norms, and associated processes throughout assembly and testing activities.
• Execute end-to-end product development activities from configuration design through realization and final assembly.
• Independently assemble mechanical structures, fixtures, and jigs in accordance with approved procedures.
• Identify system-level issues during integration and testing and provide timely, practical engineering solutions.
• Perform part inspection and operate precision measuring instruments to ensure dimensional and quality compliance.
• Prepare and maintain assembly procedures, work instructions, and checklists.
• Handle and integrate explosive assemblies in compliance with safety and regulatory requirements.
• Coordinate closely with design, manufacturing, and quality teams to obtain technical clearances and resolve non-conformances.
• Manage propellant handling and transportation activities in support of testing operations.
• Interpret and work with plumbing and instrumentation diagrams (P&ID) for system integration.

SKILLS REQUIRED:

Technical Skills ( In order of Priority)

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

Other Skills ( In order of Priority):

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

QUALIFICATION:

Essential:

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