Amazon Kuiper

Aerospace

MechanicalEngineer,Propulsion

$97–160k Redmond, Washington, United States FULL TIME
Market Sentiment
HIGH DEMAND

Neural analysis suggests this role is
optimal for Mid+ candidates.

The Brief

“Mechanical Engineer, Propulsion at Amazon Kuiper. Skills: Propulsion hardware, Space-grade hardware, Production data analysis, Fleet telemetry analysis, Failure trends analysis. Sustain propulsion hardware. Improve propulsion hardware”

What You'll Achieve.

Keep hardware lightweight; Keep hardware cost-effective; Perform consistently at scale; Reduce rework; Improve first-pass yield; Simplify assembly sequences

Industry & Context.

Aerospace
Problems you'll solve

Root cause analysis; Troubleshooting; Analytical rigor

Eligibility Requirements

Export Control Requirement

What They're Looking For.

Must Have

Bachelor's degree in mechanical engineering, U. S. citizen or national, U. S. permanent resident, Lawfully admitted as refugee, Granted asylum

Nice to Have

Advanced degree in mechanical or aerospace engineering, Experience designing aerospace hardware, Experience building aerospace hardware, Experience testing aerospace hardware, Experience with GD&T, Experience with tolerance analysis, Experience with manufacturing processes, Experience with DFMA fundamentals, Experience with pressurized fluid component design, Experience with pressurized fluid component testing, Familiarity with electric propulsion systems

What You'll Do.

Sustain propulsion hardware

Improve propulsion hardware

Design hardware upgrades

Resolve propulsion anomalies

Drive hardware reliability

Conduct root-cause investigations

Design corrective solutions

Disposition non-conformances

Design engineering changes

Release engineering changes

Maintain structural hardware

Maintain thermal-mechanical hardware

Maintain fluid hardware

Maintain packaging hardware

Solve mechanical system problems

Solve thermal system problems

Solve structural system problems

Solve fluid system problems

Analyze hardware upgrades

Produce design documentation

Design for structural environments

Design for mechanical load environments

Define mechanical interfaces

Validate corrective actions

Characterize failure modes

Confirm hardware requirements

Investigate hardware failures

Investigate non-conformances

Drive corrective action closure

Work cross-functionally with experts

How You'll Work.

Team & Collaboration

Across functional boundaries; With systems teams; With avionics teams; With thermal teams; With satellite structure teams; With plasma physics experts; With materials experts

Full Job Description

Amazon Leo is Amazon’s low Earth orbit satellite network. Our mission is to deliver fast, reliable internet connectivity to customers beyond the reach of existing networks. From individual households to schools, hospitals, businesses, and government agencies, Amazon Leo serves people and organizations operating in locations without reliable connectivity. As a mechanical engineer within the propulsion team you will sustain and improve propulsion hardware across high-volume production and on-orbit operation, designing upgrades, resolving anomalies, and driving hardware reliability at scale. You will combine analytical rigor with hands-on ownership to conduct root-cause investigations and design corrective solutions that keep hardware lightweight, cost-effective, and performing consistently at scale. This is a hands-on role which requires collaboration across functional boundaries to disposition non-conformances, design and release engineering changes, and maintain the structural, thermal-mechanical, fluid, and packaging hardware that underpins the propulsion system. Export Control Requirement: Due to applicable export control laws and regulations, candidates must be a U.S. citizen or national, U.S. permanent resident (i.e., current Green Card holder), or lawfully admitted into the U.S. as a refugee or granted asylum. Key job responsibilities - Solve mechanical, thermal, structural, and fluid system problems on space-grade hardware using first-principles analysis to drive decisions - Design and analyze hardware upgrades informed by production data, fleet telemetry, and failure trends - Produce design documentation — drawings, tolerance analyses, and test plans — at a level of detail that drives qualification and production without ambiguity - Design for structural and mechanical load environments — static strength, random vibration, shock, and thermal-mechanical extremes — ensuring hardware meets requirements without over-mass or over-constraint - Support mechanical in

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