Senior Satellite Avionics Hardware Engineer

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

Resumo da oferta

Amazon Leo is seeking a Senior Aerospace Hardware Engineer to own end-to-end satellite avionics hardware development, from architecture through production ramp. You will lead design reviews, drive verification strategies, and collaborate with systems, firmware, and manufacturing teams to meet performance and reliability targets.

You will define requirements, lead critical technical efforts, and contribute to engineering standards in a fast-paced, high-stakes environment across satellites’

Qualificações

• 5+ years of hardware across the full product lifecycle (concept through production at scale).
• Experience with PCB design and debug, including processors, FPGAs, power supplies, and sensors.
• Experience with high-reliability systems and aerospace/related environments.

Responsabilidades

• Own end-to-end delivery of satellite avionics subsystems from architecture to production ramp.
• Lead hardware design reviews and set the technical bar for design quality.
• Develop and execute bring-up, verification, and qualification test strategies.
• Lead debugging and root cause resolution across development, qualification, and production.

Conhecimentos

Hardware design

PCB design

ECAD tools

Schematic capture

FPGA

Power electronics

System integration

Testing & verification

Root cause analysis

Leadership

Formação académica

Master's degree in electrical engineering

Ferramentas

ECAD tools

Python

C/C++

HIL

Test automation

Descrição da oferta de emprego

Amazon Leo is seeking a Senior Aerospace Hardware Engineer to own end-to-end satellite avionics hardware development, from architecture through production ramp. You will lead design reviews, drive verification strategies, and collaborate with systems, firmware, and manufacturing teams to meet performance and reliability targets.

You will define requirements, lead critical technical efforts, and contribute to engineering standards in a fast-paced, high-stakes environment across satellites’