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Lead and manage a team of flight software engineers for Blue Origin's lunar landers, ensuring safety-critical, high-performance embedded flight software. Coordinate with subsystem stakeholders, NASA, and partners; guide technical decisions, mentor engineers, and report to the Flight Software Integrated Product Lead. Ensure delivery commitments are realistic and aligned with stakeholder needs to support human lunar transportation and sustained operations.

Perform orbit determination using radiometric, Doppler, and GPS data; develop and maintain navigation software; support mission operations and trajectory design across GEO, cislunar, and interplanetary missions; build and validate force and measurement models; document results and contribute in an Agile development environment.

Lead GN&C systems engineering for lunar landers: derive and flow down requirements, manage budgets and performance, perform analyses, simulations and hardware-in-the-loop tests, develop V&V plans, and coordinate with propulsion, structures, dynamics, and vehicle teams to ensure subsystem readiness for lunar operations.

Develop, modify, and release Siemens NX models, assemblies, and ASME Y14.5 drawings for production and test tooling. Apply MBD/PMI per ASME Y14.41, follow configuration-management processes, support vendor RFQs/inspection packages, perform drawing/model checks, and collaborate with engineering teams. Mentor junior drafters and ensure manufacturable designs for aerospace tooling and GSE.

Design and deliver tooling, fixtures, handling equipment, and GSE to support manufacturing, assembly, integration, and test of lunar vehicle hardware. Develop requirements, CAD models, drawings, and controlled documentation; validate and support fabrication, assembly, testing, and continuous improvement while ensuring compliance with safety, quality, and regulatory standards.

Technical lead for liquid/cryogenic distribution subsystem lifecycle: define and control technical, cost, and schedule baselines; manage procurements and suppliers; perform trade studies, design, analysis, verification, and operations; mentor team members and lead cryogenic development efforts to support lunar lander missions.

Design and develop mechanical hardware for the TeraWave satellite constellation and ground systems. Perform structural and thermal analyses, create CAD models/drawings/BOMs, support integration and environmental testing, apply GD&T, lead design reviews, mitigate risks, and collaborate with systems, electrical, manufacturing teams and suppliers.

This role involves managing software architecture for lunar vehicles, ensuring mission success of safety-critical flight software, and collaborating with various stakeholders and teams.

Design, develop, and test on-orbit propulsion systems with emphasis on reaction control systems. Lead analysis and testing, support integration with avionics/structures, produce design and test documentation, troubleshoot anomalies, and support full lifecycle from concept through in-orbit operations.

Lead end-to-end hardware architecture for a phased-array satellite user terminal: define system block diagrams, select SoCs and high-speed components, resolve RF/electrical/mechanical interfaces, design power/thermal systems for beamforming, drive manufacturability with CMs, and establish validation and global compliance (FCC/CE/ETSI).