BAE Systems has a stimulating opportunity for an energetic, well-qualified Principal-level engineer to join our team. This position is responsible for supporting the design and development of BIT architecture, hardware/software, strategies and methodologies for new and existing Electronic Warfare products. This engineer will work on teams developing and producing electro-optical, communication, avionics and Electronic Counter Measures for ground, space, airborne and shipboard platforms. BAE Systems' Reliability Sciences Engineers are involved with every stage of the equipment lifecycle from concept through development, Integration & Test, production and field support. The selected candidate will have significant interaction across the company including program office, all engineering disciplines and production functions and this will provide for a fast-paced, educational, and fulfilling experience. Your efforts will have a positive impact on front line warfighter's effectiveness and daily quality of life. 3 Work with a cross-functional team to develop BIT and test automation strategies and methodologies. 3 Apply your engineering skills and education to investigate, analyze, and evaluate system designs for proper testability. 3 Ensure the BIT design is adequate to meet customer requirements for fault detection and fault isolation. 3 Develop Model Based Systems Engineering (MBSE) artifacts including activity diagrams, sequence diagrams, etc. that represent the BIT design. 3 Influence product development by supporting the design team to establish BIT functions, test interface requirements and diagnostic features. 3 Supports BIT integration activities by testing or overseeing the testing of BIT features, investigating results, and implementing corrective actions to the BIT design. 3 Participates in designing algorithms that predict the remaining useful life of the system (prognostics) 3 Plans and conduct formal BIT Demonstration activities by defining the representative fault list from the testability study, defining the fault insertion methods, performing dry-runs to test the fault insertion methods and modifying BIT software and diagnostic rules based on results of testing. 3 Presents BIT design and analysis at internal and customer design reviews. 3 Provide BIT technical support to SW Engineering during SW implementation, Production during ATP, and Field Service Engineers during platform integration. 3 Perform root cause investigations and implement corrective actions. Initiates, justifies, and implements BIT-related enhancements needed for improved demonstrated reliability and fault detection, increased production capacity, improved test yields, reduced cycle time, and optimized depot diagnostics. 3 May perform Design-for Reliability and Maintainability including reliability and maintainability modeling and analysis and assessments requiring the full use and wide application of engineering theories, concepts and precedents. This position will be posted for at least 5 calendar days. The posting will remain active until the position is filled, or a qualified pool of candidates is identified. Required Skills and Education 3 Bachelor's degree in engineering, preferred Electrical, Computer, or Software, and 4 or more years of relevant engineering experience or equivalent 3 Experience in technical documentation and report generation 3 Able to concisely explain complex subjects in person and email 3 Ability to interpret hardware schematics and basic coding concepts 3 Strong analytical and problem-solving skills 3 Ability to work in a fast-paced dynamic environment 3 Desire for continuous learning and for skills development Preferred Skills and Education 3 Bachelor's or Master's of Science degree in electrical engineering or computer science/engineering 3 Testability / Built-In Test (BIT) Analysis 3 Circuit Analysis 3 Failure Mode Effects and Criticality Analysis (FMECAs) 3 Experience using Military Standards 3 Experience with requirements development 3 Experience with System Integration 3 Experience with MBSE (Magic Draw, SysML) 3 Active Secret Clearance #ECSSE