Lead Model- Systems Engineer

Job Description

At Boeing, we innovate and collaborate to make the world a better place. We’re committed to fostering an environment for every teammate that’s welcoming, respectful and inclusive, with great opportunity for professional growth. Find your future with us.

Boeing Defense, Space & Security (BDS) is seeking a Lead Model-Based Systems Engineer (Level
4) to join the Systems Engineering Integration & Test (SEIT) Team in Berkeley, MO.

Boeing Phantom Works is building the next generation of combat aircraft and the required infrastructure to test and validate designs; we’re looking for enthusiastic systems engineers to join us on that journey. As part of the Electromagnetic Verification Facility (EMVF) team you’ll provide engineering leadership to a team comprised of multiple skill areas, develop statements of work (SOW), work with customers and management, manage changes to the SOW and conduct impact analysis, and provide technical, business, and integration leadership for the development and execution of the program.

Join a multidisciplinary team where you’ll shape system requirements, guide integration and verification activities, and influence architecture that must meet operational needs. If you want to solve hard problems, accelerate innovation in autonomy and teaming, and contribute to a program that matters, the EMVF team at Boeing Phantom Works is the place to make a measurable impact.

• Support/lead system architecture development and decomposition using MBSE (SysML/Cameo) to define interfaces, functions, and allocation across multiple domains
• Maintain alignment within the EMVF team and with our suppliers and customers; identify obstacles and work as a team to remove them.
• Support/lead the program in implementing MBSE as part of the broader digital engineering ecosystem
• Support/lead development and provide quality review for EVMF deliverables in collaboration with other engineering teams.
• Support management in maintaining cost, schedule, risks, issues, opportunities, and technical baselines for the EVMF effort, and support identification, tracking and proactive management of metrics for program execution and product performance.

Travel may be required up to 10% of the time; domestically and/or internationally depending on business needs.

This position requires an active U.S. Secret Security Clearance (U.S. Citizenship Required). (A U.S. Security Clearance that has been active in the past 24 months is considered active)

• Bachelor of Science degree from an accredited course of study in engineering, engineering technology (including manufacturing engineering technology), chemistry, physics, mathematics, data science, or computer science
• 7+ years related work experience or an equivalent combination of technical education and experience
• Experience with one of the following:
  • Planning and execution of verification certification or acceptance test efforts (lab, ground and/or flight tests)
  • Decomposition of Government or customer standards, development of certification or integrity plans, execution of verification/certification programs
  • Development of deliverables requiring coordination across multiple engineering disciplines
• Prior Systems Engineering experience to include but not limited to system design, functional decomposition, requirements development, analysis, verification, and validation
• Experience with MBSE, Cameo/MSOSA, and/or SysML

• Experience developing and/or managing program baselines
• Demonstrated experience developing system architectures for complex aerospace vehicles or subsystems using MBSE (SysML/MSOSA)
• Performing or closely supporting development of architecture, requirements and verification for RF systems (Communications, radar, electromagnetic environmental effects (E3), etc.) or RF test systems/facilities.
• Prior leadership in system architecture or lead systems engineering roles; experience communicating architectural tradeoffs to stakeholders and customers
• Understanding of various engineering analyses, including affordability, safety, reliability, maintainability, testability, human systems…