Project Kuiper is an ambitious Amazon initiative focused on launching a constellation of Low Earth Orbit satellites to provide high-speed broadband internet to underserved communities worldwide. As a Sr. Embedded Software Development Engineer on the Kuiper Network Processor Platform Team, you'll be at the forefront of space-based systems design, working on critical satellite payload functions.
The role involves developing communication systems payload software that enables radio link connectivity between satellites, customer-terminals, and ground-based internet gateways. You'll be responsible for designing and implementing various key functions including commanding, telemetry, power control, hardware interfaces, and autonomous capabilities for satellites throughout their lifetime.
Working with cutting-edge technology, you'll write software in languages like C, C++, or RUST, controlling silicon devices through various communication protocols. The position requires expertise in embedded systems, working with Linux or RTOS environments, and collaborating closely with hardware teams for board design and verification.
This is an exceptional opportunity for experienced software engineers passionate about space technology and embedded systems. You'll be part of a team tackling complex challenges in building highly reliable, power-efficient, and low-cost satellite avionics and communication systems. The role offers competitive compensation ($151,300-$261,500 based on location) plus comprehensive benefits.
The position demands strong technical leadership, with responsibilities including mentoring team members and driving architecture decisions. You'll need to ensure very high levels of system reliability and availability, making this perfect for engineers who excel in high-stakes, mission-critical environments.
Join Amazon's Project Kuiper to help revolutionize global internet connectivity through innovative satellite technology. This role offers the unique opportunity to work on technology that will directly impact communities worldwide while advancing your career in space-based systems.