Project Kuiper represents Amazon's ambitious initiative to revolutionize global internet connectivity through a constellation of Low Earth Orbit satellites. As a Communication Systems Engineer focusing on Simulation and Modeling, you'll be at the forefront of developing cutting-edge space communication network technology with minimal legacy constraints.
The role combines expertise in satellite systems, RF communications, and advanced modeling to optimize the performance of Kuiper's broadband wireless network. You'll be responsible for developing sophisticated resource allocation algorithms that manage RF bandwidth and network resources while accounting for the dynamic nature of orbital motion. Using MATLAB and other tools, you'll create detailed simulations to validate system designs and ensure optimal performance metrics including throughput, latency, and availability.
Working within a multidisciplinary team, you'll conduct complex trade studies to balance customer experience with resource optimization across the entire satellite constellation. Your work will directly impact the system's ability to provide high-speed, low-latency internet to underserved communities worldwide.
The position offers competitive compensation ranging from $129,800 to $212,800 based on location and experience, plus additional benefits and equity opportunities. You'll be joining Amazon's established space initiative with significant resources and support to drive innovation in satellite communications.
The ideal candidate brings strong analytical and problem-solving skills, extensive experience in satellite systems or similar complex environments, and proficiency in MATLAB development. You'll need to effectively communicate technical concepts across teams and drive results beyond expectations. This role provides an opportunity to shape the future of global internet infrastructure while working on challenging technical problems at the intersection of aerospace, communications, and software engineering.
Due to export control requirements, candidates must be U.S. citizens, permanent residents, or have refugee/asylee status. The position is based in Redmond, WA, where you'll collaborate with talented engineers and scientists working to make universal internet access a reality.