Senior Satellite Avionics Hardware Engineer

Amazon Kuiper Manufacturing Enterprises LLC; Monroe (WA); Presencial; USD 159 000 - 215 000; Tempo integral

Vantagens oferecidas por esta oferta de emprego

RSU & benefits

Health insurance

401(k) matching

Resumo da oferta

Amazon Leo is seeking a Senior Aerospace Hardware Engineer to own end-to-end satellite avionics, from architecture through production ramp, in close collaboration with systems, firmware, manufacturing, and test teams.

You will lead hardware design reviews, drive circuit design and ECAD schematics, and develop verification strategies for high-reliability space hardware, including radiation-tolerant considerations and HIL/testing.

Qualificações

• Experience defining functional specs, verification plans, and test procedures.
• 5+ years hardware development across full product lifecycle (concept to production).
• Experience with PCB design, processors, FPGAs, power, sensors.
• Experience with high-reliability or aerospace environments.

Responsabilidades

• Own end-to-end satellite avionics delivery from architecture to production ramp.
• Lead system and subsystem architectures translating mission requirements into hardware designs.
• Drive circuit design, ECAD capture, and verification strategies.
• Lead hardware design reviews and maintain design quality across teams.
• Lead debugging, root-cause analysis, and integration across development and production.

Conhecimentos

Functional specifications & design

System engineering

Cross-functional leadership

Hardware bring-up & debug

Root cause analysis

Formação académica

Master's degree in EE or CEng

Ferramentas

ECAD tools

PCB design

Python/C/C++

FPGAs

Descrição da oferta de emprego

Amazon Leo is seeking a Senior Aerospace Hardware Engineer to own end-to-end satellite avionics, from architecture through production ramp, in close collaboration with systems, firmware, manufacturing, and test teams.

You will lead hardware design reviews, drive circuit design and ECAD schematics, and develop verification strategies for high-reliability space hardware, including radiation-tolerant considerations and HIL/testing.