SWFTS TI/APB Process Engineer

Job Summary : SEACORP is looking for a Senior Systems Engineer for the OHIO Program at NUWCDIVNPT to become the Lead Systems Engineer with SWFTS TI/APB Process experience for the OHIO Class Modernization efforts. This candidate will be responsible for the oversight and coordination required during the development, integration, test and evaluation, and certification efforts for OHIO Class platforms. Job Responsibilities Include: Responsible for working with and leading a project team during the development of USW Non-Propulsion Electronics System (NPES) systems/subsystems, coordinating program events, Engineering Changes (ECs), integration and verification testing, test reporting, and fleet support for USW NPES systems/subsystems and related components. Leading and engaging in various planning activities to ensure compatibility among various asynchronous system upgrades, both with respect to technical and schedule impacts and to ensure compatibility between OHIO Ship and Strategic Weapon System Upgrades in accordance with the Strategic Systems Program Coordination Process. Analysis of test procedures and preparation of associated lab configurations in support of USW NPES test events. Collaboration/coordination with various OHIO Life Cycle Support Facility (LCSF) stakeholders. Participating in and leading various systems engineering meetings. Reviewing and analyzing system requirement specifications and technical design review packages and providing subject matter expert comments and updates. Engaging in system engineering efforts to provide inputs for costing and schedule as well as technical aspects. Working with team in identifying project risks and developing associated mitigation plans. Advanced knowledge of and experience with Submarine Warfare Federated Tactical Systems (SWFTS) and other Non- Propulsion Electronics Subsystems, both with respect to operation, function, design, and architecture. Advanced knowledge of and experience with Submarine Warfare Federated Tactical Systems (SWFTS) and other Non- Propulsion Electronics Subsystems, both with respect to operation, function, design, and architecture. Knowledge of systems engineering practices and procedures as they pertain to sustainment, modification, logistics, production management principles, concepts, policies, systems, and standard acquisition regulations, practices, and procedures. Ability to analyze complex problems and develop options and recommendations. Understanding containerization processes. Self starter with strong work ethic and desire to learn and face modernization challenges head on. Skill in communicating both orally and in writing and comfortable interfacing with and briefing senior leadership personnel.