Propulsion Systems Engineer [Mechanical/Aerospace Engineer]

Job summary

Further develop the propulsion system, including the motor design, fan and ducting geometries, and variable nozzle system, to improve specific thrust and efficiency for long-range capabilities. Develop designs holistically, considering how propulsion components interface with and enhance other engineering disciplines.

Job details

Description This position will be to further develop the propulsion system from the architecture developed under the founders original direction. This role will inherit the Eternium patent pending motor design, fan and ducting geometries and variable nozzle system to further systematically develop a high specific thrust and efficiency propulsion system required to accomplish our long range capabilities. Qualifications BS or MS in aeronautical or mechanical engineering with a strong aptitude for fluid mechanics and aerodynamics. Strong understanding of a wide variety of disciplines of engineering [electronics, structures, materials, aerodynamics, safety] Holistic thinker (duties will not necessarily include all of the above but is a requirement to understand how your designs will interface with and enhance them to create synergy) Experience with FAA regulation compliance 14 CFR part 25, RTCA/DO-xxx and testing procedures. Strong talent in prototyping, 3D printing design, composites and manufacturing Preferred Skills And Training Design for manufacturing experience and/or training Experience with an aerospace manufacturing organization Experience with test engineering Strong aptitude for mathematical AND qualitative analysis This is a foundational engineering role with potential to evolve into a managerial/technical leadership position, and will interface directly with the chief tech officer.

What you’ll do

Further develop the propulsion system, including the motor design, fan and ducting geometries, and variable nozzle system, to improve specific thrust and efficiency for long-range capabilities. Develop designs holistically, considering how propulsion components interface with and enhance other engineering disciplines.

Requirements

A bachelor's or master's degree in aeronautical or mechanical engineering is required, along with strong aptitude in fluid mechanics and aerodynamics and broad understanding across engineering disciplines. The role also calls for experience with FAA regulations and testing procedures, plus strong prototyping, 3D-printing design, composites, and manufacturing capabilities.

Listed skills

• Technical · Preferred
• analysis · Preferred
• Organization · Preferred
• Training · Preferred
• materials · Preferred
• Leadership · Preferred
• Attention to detail · Preferred
• procedures. · Preferred
• Compliance · Preferred
• safety · Preferred
• mechanics · Preferred
• efficiency · Preferred

Other relevant skills

Identified from the job description. Confirm important requirements above.

• Propulsion Systems Engineering
• Fluid Mechanics
• Aerodynamics
• Electronics
• Structures
• Materials Engineering
• Safety Engineering
• FAA Regulatory Compliance
• 14 CFR Part 25
• RTCA/DO-xxx Compliance
• Prototyping
• 3D Printing Design
• Composite Materials
• Manufacturing
• Design for Manufacturing
• Test Engineering

Job areas

• Engineering
• Manufacturing
• Transportation