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Lead pneumatic systems engineering activities including architecture definition, requirements/specifications, functional modeling, V&V, supplier management, test support, certification documentation, and cross-disciplinary integration through design, production support, and issue resolution.

Support aircraft production by investigating system-related non-conformances, developing engineering dispositions, ensuring compliance with safety and certification requirements, collaborating with cross-functional teams, maintaining MRB records, and applying AS9100 quality standards to improve production processes.

Manage multiple plant layout and infrastructure projects: define needs, develop solutions, present progress to stakeholders, ensure HSE and quality compliance, oversee contractors, control budgets and schedules, and deliver plans and specifications that meet operational constraints.

Provide engineering support to production by evaluating structural non-conformances, developing repair dispositions, performing on-aircraft investigations, and collaborating with cross-functional teams to ensure structural integrity, regulatory compliance, and production goals.

Lead and support aircraft cybersecurity certification and continuing airworthiness: define requirements, assess architectures, identify vulnerabilities, support penetration testing, investigate incidents, prepare compliance reports, collaborate across departments, maintain processes, represent the company in industry fora, and mentor junior engineers.

Design, develop, and draft composite parts and assemblies (3D CAD and 2D drawings). Ensure manufacturability, certification compliance, and configuration control. Collaborate with stress, materials, methods, manufacturing, and quality teams; implement design changes from tests or production feedback; support continuous improvement and mentor junior designers.

Design, integrate, and validate aircraft avionics systems; manage requirements and supplier interfaces; support testing, certification (ARP4754/DO-178/DO-160/DO-254), final assembly, and in-service issue resolution; contribute to tools and processes for IMA environments.

As a Senior Engineer, you will integrate Fly-by-Wire and Secondary Flight Control systems, develop requirements, conduct system testing, and ensure compliance with certification processes.

Lead materials and processes engineering for aircraft interiors: qualify materials, develop and review test plans and reports, approve drawings, manage supplier material changes, support redesign and innovation, ensure regulatory/flam mability compliance (FAR 25), and drive process optimization, cost reduction and cross-functional problem resolution.

Install and integrate cabin mechanisms on aircraft production lines, interpret engineering drawings, implement design changes in the DMU with CATIA, manage supplier interactions and engineering changes, support certification, perform root-cause analysis, and follow AS9100 and company QMS procedures.