The Senior Engineer will design and analyze turbomachinery components, support additive manufacturing technologies, and ensure engineering standards are met while potentially leading future projects.

The HR Director partners with executive leaders to drive talent strategy, organizational design, and global HR programs, aligning with business objectives.

The Principal Casting Engineer will lead technical aspects of casting processes, mentor engineers, drive innovation, oversee simulation tools, and ensure quality compliance for aerospace components.

Lead mechanical systems design and analysis for gas turbine components (bearings, seals, pumps). Set vision, direct cross-functional teams, perform structural and thermal analyses, lead design reviews, define test plans, enable additive manufacturing designs, document technical data, and coordinate supplier procurement and producibility.

Lead supplier quality assurance for aerospace propulsion, auditing and approving suppliers, driving corrective/preventive actions, supporting NPI and FAI, ensuring AS9100/Nadcap/AS9102 compliance, and collaborating with procurement and engineering to improve supplier performance.

The Senior Process Engineer will enhance quality standards, monitor process performance, troubleshoot issues, and ensure compliance with safety regulations in jet propulsion systems.

The Director of Product Management oversees propulsion programs, ensuring compliance with budget and requirements while collaborating with various teams and clients to drive business success.

The Director will oversee propulsion programs, manage operational aspects, drive business opportunities, and develop a product management team to meet program commitments.

The Principal Engineer will develop and test hardware for gas turbine engine control systems, lead design integration with software, execute test programs, and contribute to additive manufacturing methodologies.

The Senior Engineer leads compressor aero design and development, ensuring performance meets standards through advanced engineering methodologies and technologies in gas turbines.

The role involves designing and analyzing turbomachinery components, creating parts and assemblies in 2D/3D, performing reverse engineering, ensuring compliance with standards, and contributing to additive manufacturing technologies.

The Principal LPBF Process Engineer will lead advancements in Laser Powder Bed Fusion technology, focusing on materials, processes, and production for aerospace applications, while guiding teams and ensuring production readiness.

Responsible for designing and analyzing compressor modules in aviation jet engines, leading design tests, and ensuring compliance with industry standards while managing component capabilities and documentation.

The Principal Engineer will lead the design and analysis of compressor modules in jet engines, ensure compliance with industry standards, and promote additive manufacturing techniques. Responsibilities include conducting tests, collaborating with teams, and documenting technical data.

Lead the design, analysis, and evaluation of turbomachinery components for jet propulsion systems, ensuring integration and resolving system-level challenges. Collaborate with cross-functional teams and interface with customers throughout the development process.

The Lead Financial Analyst will analyze financial data, support budgeting, and provide insights for operational decisions, while communicating complex concepts to non-financial leaders.

Lead the integration of aviation propulsion systems using MBSE methodologies. Develop system models, manage requirements, and ensure alignment with customer needs. Advocate for customers while coordinating with design teams and suppliers.

Seeking a Systems Administrator to manage Azure GCC High, support Linux systems, and maintain SQL databases, while focusing on security and compliance in a regulated environment.

Lead aerodynamic design, analysis, and validation of a centrifugal compressor using 1-D/2-D/3-D tools, coordinate cross-functional teams, set test objectives, advance additive-manufacturing-enabled aero technologies, and ensure documentation and producibility.

Lead the design, development, and testing of gas turbine engine control systems and integrate with cross-functional teams to ensure optimal performance and compliance with standards.