<p>Position Responsibilities:</p> <ul> <li>Support/lead system architecture development and decomposition using MBSE (SysML/Cameo) to define interfaces, functions, and allocation across multiple domains </li><li>Support/lead cross-functional engineering teams in developing systems to meet program commitments, including support of design reviews </li><li>Support/lead the program in implementing MBSE as part of broad digital engineering ecosystem </li><li>Support/lead Systems Engineering efforts such as requirements decomposition, system architecture, system analysis, specification development, trade studies, program planning, interfaces management, risk management, certification planning & execution, verification & test planning, and overall integration and capture them in the MBSE model as appropriate </li></ul> <p>This position is expected to be 100% on-site. The selected candidate will be required to work on-site at one of the listed location options.</p> <p>Basic Qualifications (Required Skills/Experience):</p> <ul> <li>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 </li><li>7+ years of work-related engineering experience with a Bachelor's or 3+ years of work-related engineering experience with a relevant Master's or PhD </li><li>Prior Systems Engineering experience to include but not limited to system design, functional decomposition, requirements development, analysis, verification, and validation </li><li>Experience with MBSE, Cameo/MSOSA, and/or SysML </li><li>Active Secret Clearance </li></ul> <p>Preferred Qualifications (Required Skills/Experience):</p> <ul> <li>Demonstrated experience developing system architectures for complex aerospace vehicles or subsystems using MBSE (SysML/MSOSA) </li><li>Prior leadership in system architecture or lead systems engineering roles; experience communicating architectural tradeoffs to stakeholders and customers </li><li>Understanding of various engineering analyses, including affordability, safety, reliability, maintainability, testability, human systems integration, survivability, vulnerability, susceptibility, system security, regulatory, certification, product assurance and other specialties quality factors into a preferred configuration to ensure mission success </li><li>Familiarity with aircraft/flight systems and domain-specific engineering (ME, EE, SW) to evaluate integration impacts. </li></ul>