Jobs at Blue Origin

The role involves leading the architecture development for SOC in high-performance networking, guiding custom ASIC design, collaborating across teams, and ensuring performance and integration.

The Principal Software Engineer will lead the development of autonomous systems for satellites, overseeing architecture and capabilities while mentoring engineers. Responsibilities include guiding algorithms for satellite operations and ensuring software integration across mission elements.

The Senior Manager of Software Engineering will lead software development for the TeraWave satellite communications network, focusing on software quality, team leadership, and agile methodologies.

The role involves program management for custom ASICs, managing resources, ensuring quality execution, advocating for AI, and vendor management related to ASIC delivery.

Responsible for agile delivery of complex projects within TeraWave, managing program deliverables, financial performance, and collaboration across teams, ensuring alignment with technical and business objectives.

The Senior Director will lead software development for optical and RF communication payload systems, overseeing architecture, team management, and ensuring software reliability for space applications.

Lead the IC packaging team to develop advanced packaging solutions, manage product cycles, and ensure design for manufacturability while collaborating on simulations and qualifications.

The Principal Silicon Physical Design Engineer will lead the design and development of advanced ASICs for satellite communication systems, ensuring performance, timing closure, and manufacturability while collaborating with front-end designers and optimizing layouts for mission-critical applications.

As a Senior Embedded Software Engineer, you will lead software development for satellite communication systems, mentor engineers, and design embedded solutions utilizing C++ or Rust. Responsibilities also include ensuring architectural quality and integrating systems effectively.

Lead the development and production of next-generation satellite communications payloads, managing a multidisciplinary team across hardware and software domains from concept to manufacturing.

Responsible for developing models and algorithms for Terawave custom silicon, optimizing RF transceivers, and collaborating with design teams to ensure efficient ASIC and SW implementations.

The Senior Mechanical Engineer will design, develop, and test RF components and antennas for the Terawave Payloads, collaborating with cross-functional teams. Responsibilities include system development, component design, and resolving manufacturing issues.

The Principal Software Engineer will design and build the Linux-based infrastructure for satellite communication systems, ensuring performance and security. Responsibilities include software lifecycle management, system debugging, and collaborating with hardware engineers.

We are seeking a Senior Software Engineer for the Dataplane team to develop high-performance software for TeraWave, focusing on packet processing and networking protocols. Responsibilities include designing applications, optimizing performance, mentoring engineers, and collaborating with teams on software requirements.

Lead software development for TeraWave SDN and Beam Planning, drive architecture, manage engineers, optimize beam planning algorithms, and ensure seamless satellite connectivity.

The Test Engineer III leads testing of advanced RF front-end systems for space communications, developing procedures, automating tests, and resolving issues.

Lead development and execution of test plans for phased-array and reflector antenna systems. Oversee prototype fabrication, near-/far-field and environmental testing, chamber integration, vendor coordination, and documentation from concept through qualification.

Design and develop high-performance reflector antennas for Blue Origin's satellite communication network, addressing complex technical challenges and ensuring reliable connectivity.

Design the next generation of phased array antennas for in-space communication. Lead system architecture and collaborate with engineers on RF hardware. Oversee hardware lifecycle from design to qualification, and mentor team members.

Lead design, simulation, and validation of phased-array RF front-end components for space communications. Architect RF front-end systems, develop RFIC/MMIC and T/R modules, perform simulations and environmental qualification, integrate and test hardware, mentor junior engineers, and collaborate across disciplines to meet mission requirements.