Support aft fuselage assembly FTV builds and prepare for LRIP/FRP. Complete 3DX and composite bonder training, fabricate composite parts, develop/execute manufacturing trials, perform DFM/producibility analyses, identify safety/quality risks, and support project tasks under general direction.

Support fuselage cockpit assembly builds and transition to production by creating MBOM/BOP/work instructions, executing manufacturing trials, performing DFM and producibility analyses, identifying safety/quality risks, and supporting cross-functional manufacturing engineering tasks under general supervision.

Support wing assembly builds and prepare for LRIP/FRP by creating MBOMs/BOPs, executing manufacturing trials, performing DFM/producibility analyses, resolving safety/quality risks, and supporting project tasks under guidance.

Support empennage assembly for Phantom 3500 FTV builds and prepare for LRIP/FRP. Learn 3DX/MBOM/BOP, perform composite fabrication, execute manufacturing trials, conduct DFM/producibility analyses, identify safety/quality risks, and support cross-functional manufacturing engineering tasks.

The Associate Engineer will provide guidance on non-metallic materials and processes, author specifications, support material development and multidisciplinary configuration efforts, while collaborating with design and manufacturing teams.

Lead strategy and execution for test instrumentation and data systems across material, structural, mechanical/electrical, and flight testing. Manage installation, calibration, DAQ, telemetry, data visualization, configuration control, and regulatory compliance. Mentor a multidisciplinary team, collaborate with engineering and certification, troubleshoot instrumentation issues, and oversee resources, budgets, and continuous improvement.

The Associate Engineer will perform stress analysis on aircraft components, author documentation, conduct assessments, and support design integrity and testing.

The Senior Engineer will define and manage aircraft system requirements, ensure regulatory compliance, and collaborate across teams in aerospace systems engineering for aircraft development.

The role involves defining aircraft system requirements, participating in validation, maintaining certification documentation, and collaborating with teams on design issues. The ideal candidate should have 2-5 years of aerospace systems engineering experience, knowledge of regulations, and skills in requirements management software.

The Engineer, Airframe Stress Analysis will perform stress analysis on aircraft components, author documentation, and support tool development and test plans.

Manage the Aircraft Integration Team, overseeing rapid prototyping processes, design and assembly of aerospace prototypes, and cross-functional collaboration.

As a Hardware Prototyping Engineer, you'll assemble prototypes, operate fabrication equipment, manage lab operations, and support engineering tests in a collaborative environment.

The Lead Technical Program Manager will manage and coordinate engineering execution across the program lifecycle while partnering with TPMs and ensuring alignment with the program strategy.

The role involves designing and developing Flight Control Systems, coordinating with vendors, defining interfaces, and ensuring compliance with certification requirements. Leadership and mentorship of junior engineers is also expected.

The Manager-Airworthiness oversees aircraft certification processes, ensuring compliance with FAA/CAA requirements while mentoring engineers and leading cross-functional teams to deliver certifiable solutions.

The HR Coordinator provides administrative support in HR functions like onboarding, benefits administration, record management, ensuring compliance, and fostering a positive workplace culture.

The Senior Engineer will perform stress analyses, develop methodologies, review test results, and mentor junior members within the Structural Analysis department.

Develop and manage supplier quality programs, write supplier quality documentation, qualify and audit suppliers, support FAI/PPAP, manage SCARs, analyze supplier performance, and travel to supplier sites (25-40%).

Lead design, development, and integration of cockpit and cabin interiors: manage suppliers, define interfaces (ZRM/ICM/ICD), perform tolerance analyses, create CATIA digital product definitions, support Part 23 certification, conduct trade studies, prototype components, and mentor junior engineers.

The Principal Technical Program Manager oversees Structures and Materials Engineering program management, ensuring delivery on time and budget while coordinating activities across all program phases, including design and testing.