Project Kuiper is an ambitious initiative by Amazon to revolutionize global connectivity through a constellation of 3,236 satellites in low Earth orbit (LEO). As a Software Development Engineer in the Simulation Foundations team, you'll be at the forefront of building the cloud infrastructure that powers the simulation and testing of this groundbreaking satellite network.
The role combines cutting-edge cloud computing with space technology, requiring expertise in distributed systems and cloud architecture. You'll be responsible for designing and implementing cloud-based services and APIs that facilitate the simulation of software on various Kuiper devices, including satellites, ground gateways, and customer terminals. This is a unique opportunity to work with the latest AWS technologies while contributing to a mission that aims to bring fast, affordable broadband to unserved and underserved communities worldwide.
Your work will directly impact the quality and reliability of the Kuiper constellation's software systems. You'll build low-latency, highly scalable architectures that are crucial for delivering high-quality internet service to customers. The role involves creating sophisticated testing environments that span virtualized hardware, hardware-in-the-loop simulations, and on-orbit testing.
The ideal candidate will bring strong software development experience, with a focus on distributed systems and cloud architecture. You'll work in a collaborative environment where you'll have the opportunity to mentor junior engineers and champion engineering excellence. The position offers competitive compensation, comprehensive benefits, and the chance to work on technology that will help bridge the digital divide globally.
This role is perfect for someone who is passionate about both cloud computing and space technology, and who wants to be part of a team that's building the future of global connectivity. You'll be working with a talented team of engineers who are dedicated to solving complex technical challenges and making a meaningful impact on worldwide internet accessibility.