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The Senior Global Supply Manager for Avionics will lead sourcing, supplier management, and supply chain strategies for aerospace components, ensuring quality and delivery while mentoring team members.

Lead build preparation, print programming, and manufacturing execution for PBF hardware. Provide DfAM feedback, maintain controlled process documentation, investigate nonconformances, coordinate cross-functional production activities, evaluate process changes, analyze production/quality data, create tooling and dashboards to improve throughput, mentor junior staff, and represent PBF engineering in technical reviews and risk discussions.

Own technical delivery for complex laser powder bed fusion hardware: print programming, build preparation, process specification, qualification, failure investigations, verification plans, and manufacturing execution. Lead cross-functional investigations, drive production recoveries and corrective actions, mentor junior engineers, and represent PBF in program reviews and supplier discussions to scale aerospace flight hardware production.

The Principal Mechanical Design Engineer will develop tooling and automation solutions for manufacturing, collaborating with teams to enhance production for Terran vehicles and Aeon engines.

As a Global Supply Manager, you will lead sourcing, manage suppliers, develop supply chain strategies, and collaborate with engineering and quality teams to ensure successful production of aerospace components.

Support development and scaling of paint and thermal protection system (TPS) manufacturing for Terran R. Own material application from release to installation, create build flows, mBOMs, and work orders, support first builds, resolve shop-floor issues, monitor part movements for safety, and coordinate with engineering, supply chain, and external partners to meet production objectives.

Own the design, manufacturing, testing, qualification, and flight readiness of assigned combustion hardware. Coordinate across disciplines to ensure thermally and structurally robust components, apply thermodynamics, thermal, structural, and fluid principles, and support production and qualification for rocket engines.

Responsible Engineer for combustion hardware with end-to-end ownership from design through manufacturing, testing, qualification, and flight. Coordinate across disciplines to ensure thermally and structurally robust components, apply thermodynamics, thermal, structural, and fluid engineering fundamentals, and drive manufacturability and qualification for rocket engine combustion devices.

Lead vehicle-level fluid system architecture for propellant, pressurant, and pneumatic subsystems. Drive cross-functional integration, perform thermofluids sizing and analysis, define test and qualification plans, and support CONOPS and operational validation to ensure flight-ready fluid systems.

Lead a small team to design and package propulsion integration hardware and overall engine layout. Manage projects, mentor engineers, perform fluid and structural analyses, use CAD and FEA tools, and collaborate with cross-functional stakeholders to produce manufacturable, lightweight engine designs leveraging 3D printing and traditional manufacturing.