Execute combined traditional Systems Engineering principles, with a holistic system analyses approach in order to uncover any potential safety, security, or availability features using the existing STPA handbook guidelines, and Model Based Systems Engineering (MBSE) workspace Ability to understand and decompose systems to identify causal scenarios; aptitude to construct control structures and identify unsafe control actions Assessment and analysis of threats, vulnerabilities, and risk for identified mission-critical functions and critical components Lead and execute completion Statement of Work requirements, Program Milestone Exit Criteria, and program maturity commitments Lead in a variety of working groups and customer meetings; ensure communication of risk environment with stakeholders Self-starters compelled to take action in the workplace without requiring prompting from supervisors Support MDT with other duties as assigned - Life Insurance - Employee Assistance Programs & Work/Life Solutions - Paid Time Off - Health & Wellness Resources - Employee Discounts This position's standard work schedule is 9/80. The 9/80 schedule allows employees who work a nine-hour day Monday through Thursday to take every other Friday off. This position may be hired at the System Engineer or Principal Systems Engineer levels depending upon applicant qualifications. Systems Engineer (level 2):

Bachelor's degree in a Science, Technology, Engineering or Mathematics (STEM) discipline from an accredited university and 2 years of experience with bachelor's degree, or 0 years of experience with master's degree Active Top-Secret clearance with SAP Access. Direct experience with ICBM Systems Experience applying Program Protection principles to US Government Defense Programs and applied knowledge in the application of SSE principles across a broad spectrum of security measures (Cybersecurity, Counterfeit Awareness, Anti-Tamper, HW/SW Assurance, OPSEC, etc.) to protect critical program information (CPI) Experience developing Systems Security Engineering requirements for hardware and software assurance Experience with Risk Management (identification and development of risks) and driving risk mitigations to closure. Experience with assessment and analysis of threats, vulnerabilities, and risk for identified mission-critical functions and critical components. Direct experience with Model-based Systems Engineering (MBSE) concepts and tools (CAMEO, DOORS).