The Configuration Management Implementation Engineer will design, configure, and improve enterprise systems to support engineering, manufacturing, and quality operations. Responsibilities include managing engineering change processes, leading system implementations, and ensuring data integrity across various platforms.
The Dynamics Engineer will develop and execute structural dynamics and loads analysis methodologies for launch vehicles and missile defense systems. This includes building finite element models, conducting dynamic test campaigns, and correlating analytical results with hardware performance.
Support the design, development, and operation of propellant manufacturing systems and solid rocket motors using MBSE tools. Coordinate across technical disciplines to manage requirements, interfaces, and verification activities throughout the program lifecycle.
The Configuration Management Analyst is responsible for maintaining product data integrity, managing bills of materials, and coordinating change-control activities throughout the product lifecycle. They will collaborate with cross-functional teams to ensure documentation accuracy and support organizational objectives through effective data management.
You will lead the design, analysis, and testing of rapid development prototype hardware within the Advanced Development Organization. This role involves managing multiple parallel projects, including propellant development, electronics, and structural testing, while ensuring all activities adhere to safety and industry standards.
The Senior Electrical Engineer will design and develop electrical circuits for safety-critical applications, including high voltage pulsed power systems and PCB layouts. They will also integrate microcontrollers and FPGAs, conduct system testing, and collaborate with cross-functional teams to ensure compliance with industry standards.
Lead the design, development, testing, and manufacturing of safety-critical hardware systems such as ignition safety devices and fuzes. Collaborate with cross-functional engineering teams to ensure system-level requirements, regulatory compliance, and production readiness are met.
The Technical Program Manager will lead internal research and development efforts, managing resources, schedules, and technical trades across cross-functional teams. They are responsible for program planning, stakeholder communication, and ensuring all projects meet safety, quality, and budget requirements.
The Chief Engineer will lead the design, analysis, and testing of solid rocket motor components and systems to meet program objectives. They will collaborate with cross-functional teams to optimize motor performance and implement advanced manufacturing techniques.
The Structural Analyst II will create and maintain detailed finite element models for ablative nozzles and propulsion hardware while evaluating performance under complex thermal and mechanical loads. They will also collaborate with cross-functional engineering teams to correlate analytical predictions with test data and prepare formal technical documentation.
The engineer will participate in the design, analysis, and testing of solid rocket motor components and systems. They will collaborate with multidisciplinary teams to optimize motor performance and implement advanced manufacturing techniques.
The role involves owning the global workflow, configuration, and user management of the Solidworks PDM system. Responsibilities include maintaining vaults, optimizing data storage, and providing technical support and training to the engineering team.
