You will own the verification planning and execution for complex ASIC blocks and subsystems, from initial test plans through final sign-off. Additionally, you will develop advanced verification environments and leverage AI-assisted tools to improve stimulus generation and regression triage.
Define and build the pre-silicon emulation and prototyping infrastructure from the ground up for Blue Origin's satellite communications network. Manage the end-to-end build flow, platform strategy, and hardware-in-the-loop integration to support design and verification teams.
The Program Manager III will own the integrated execution of Project Horizon, including process workflows, data synthesis, and capital tracking for factory automation. They are responsible for driving cross-functional alignment and ensuring programmatic rigor across engineering, manufacturing, and program stakeholders.
Lead the verification planning and execution for complex digital subsystems within satellite communication ASICs. Develop sophisticated UVM environments and drive functional coverage closure while collaborating with cross-functional engineering teams.
Develop and implement routing solutions, topology management, and software-defined networking frameworks for a multi-orbit satellite constellation. Collaborate with engineering teams to ensure network resilience, automated congestion management, and efficient packet forwarding under strict power and latency constraints.
Develop and maintain end-to-end simulation frameworks for large-scale phased-array satellite communication systems. Analyze array performance, beamforming architectures, and system-level coverage to drive requirements and evaluate design tradeoffs.
Drive end-to-end development of advanced mixed-signal/DSP SoCs from architecture definition through tapeout and production. Coordinate cross-functional teams and external vendors to ensure technical requirements and schedule targets are met for the TeraWave satellite communication system.
Lead the verification of advanced modem PHY IP for the Terawave satellite communications network. This includes developing verification strategies, building scalable UVM environments, and collaborating with architects to ensure high-quality ASIC delivery.
Design and develop advanced modem physical layer (PHY) IP for the Terawave satellite communications network. This includes translating algorithms into hardware architectures and collaborating with cross-functional teams for ASIC and FPGA implementation.
Design and deploy custom automated manufacturing equipment and control system architectures from concept through commissioning. Lead the integration of industrial controls, including PLC, HMI, and robotics, while ensuring adherence to safety standards.
Lead the mechanical design and development of custom automated manufacturing equipment from concept through commissioning. Collaborate with cross-functional teams to integrate mechanical, electronic, and pneumatic components into scalable production systems.
Lead the design, build, and deployment of custom automated manufacturing systems from requirements through to production-ready delivery. Engage internal customers to define system requirements and develop conceptual simulations and cost estimates for automation strategies.
The role involves designing, building, and deploying custom automated manufacturing equipment and control system architectures. You will lead projects from conceptual design and offline simulation through to installation, commissioning, and production ramp-up.
The role involves designing, building, and deploying custom automated manufacturing equipment and control system architectures. Responsibilities include developing offline simulations, executing online debugging, and leading site acceptance testing for industrial automation systems.
Define and lead the end-to-end verification strategy for advanced satellite communication ASICs and SoC programs. Establish methodologies and signoff criteria while mentoring technical leaders to improve organizational verification maturity.
Lead the design, training, and deployment of ML models and autonomy architectures for lunar surface and in-space operations. Manage a focused team of engineers to build simulation pipelines and integrate AI capabilities into Blue Origin's space systems.
