Project Kuiper, an ambitious Amazon initiative, is revolutionizing global connectivity through a constellation of 3,236 satellites in low Earth orbit (LEO). This role offers a unique opportunity to join a mission-driven team focused on bringing fast, affordable broadband to underserved communities worldwide.
As a Software Development Engineer in the Simulation Foundations team, you'll be at the forefront of designing and implementing distributed systems that enable Kuiper to operate within realistic virtual environments at scale. You'll work with cutting-edge AWS technologies and follow industry-best software engineering practices to build critical infrastructure.
The role combines cloud architecture expertise with satellite communications technology, requiring skills in distributed systems, API design, and simulation software. You'll be responsible for developing tools that facilitate test execution across various environments, from virtualized hardware to real hardware-in-the-loop simulations and on-orbit testing.
Key technical aspects include working with ARM processors, networking protocols (TCP/IP, LTE, WiMax, WiFi), and real-time operating systems. You'll build low-latency, highly scalable architecture that's essential for delivering high-quality internet service to customers.
The position offers competitive compensation ranging from $129,300 to $223,600 based on location and experience, plus comprehensive benefits. You'll be part of a team that values engineering excellence and innovation, with opportunities to mentor junior engineers and shape the future of global satellite communications.
This is an ideal role for someone passionate about space technology, distributed systems, and making a global impact. You'll work in a collaborative environment, partnering with various engineering teams while having the autonomy to innovate and solve complex technical challenges.
The role requires strong technical expertise combined with the ability to think strategically about large-scale systems. You'll be contributing to a project that has the potential to transform how people around the world access the internet, making it an exciting opportunity for engineers who want to work on technology with global significance.