The Systems Engineer will translate plant-level and safety requirements into system specifications while collaborating with multidisciplinary teams to support nuclear power plant design and modernization. They will also evaluate proposed changes, perform failure analysis, and ensure all modifications meet regulatory and safety standards.
The Operational Excellence Manager will lead the company's Quality Management System, ensuring compliance with AS9100 standards and internal requirements. They will also drive continuous improvement initiatives, including LEAN process optimization and cross-functional workflow enhancements.
The role involves designing, developing, and testing software features for flight management systems integrated into military aircraft. You will collaborate with systems and software engineering teams to define requirements and solve complex technical challenges.
The role involves designing, developing, and testing software features for flight management systems integrated into military aircraft. You will collaborate with systems and software engineering teams to define requirements and solve complex technical challenges.
The specialist will support the development lifecycle of safety-critical aircraft systems, including requirements analysis, design review, and certification support. They will also lead the resolution of technical deficiencies and collaborate with multidisciplinary teams to ensure compliance with aerospace standards.
The specialist will oversee the development lifecycle of safety-critical aircraft systems, including requirements analysis, design reviews, and certification support. They will lead the resolution of technical deficiencies and collaborate with multidisciplinary teams to ensure compliance with aerospace standards.
Integrate fly-by-wire and secondary flight control systems into aircraft programs, coordinating across flight controls, avionics, electrical, software, safety, and verification teams. Develop and verify requirements, review and execute testing, support certification, resolve system and in-service issues, and report integration readiness and risks.
Integrate fly-by-wire and secondary flight control systems into aircraft programs, coordinating across engineering teams and suppliers to address interfaces, dependencies, and cross-system issues. Develop and verify requirements, review and execute test activities, support certification, resolve in-service problems, and track integration readiness and risks.
Lead airborne software tool qualification activities, including setting up host and target test environments, executing Run-For-Score, and developing DO-330 qualification packages. Support internal and regulatory reviews for compliance with RTCA DO-178 standards, while providing technical leadership and mentoring team members.
The engineer will perform thermal and CFD analysis for gas turbine components and turbomachinery while developing geometry and mesh models. They will also support root cause failure analysis and verify hardware through testing and validation efforts.
The role involves performing structural and stress analysis using hand calculations and finite element analysis to ensure aircraft components meet safety and durability standards. You will collaborate with design teams to optimize structural designs and support test programs to validate performance against regulatory requirements.
The role involves designing and implementing foundational software components, including reusable libraries, I/O frameworks, and partitioned services for avionics systems. The engineer will collaborate with architects to ensure system integrity and support certification activities through comprehensive documentation.
The role involves designing and implementing foundational software components, including shared libraries and I/O frameworks for avionics systems. You will collaborate with architects to ensure system integrity and support certification activities through rigorous documentation.
Lead the integration of aircraft structures and systems across the product lifecycle, including design architecture, interfaces, and manufacturing integration. Manage engineering change requests, perform trade studies, and coordinate technical integration across various engineering disciplines.
Contribute to next-generation, safety-critical aerospace and defense projects for Fortune 500 customers. Design, develop, and test innovative engineering solutions to solve complex mission-critical challenges.
