LinQuest is seeking a Senior Model Based Systems Engineer to support Headquarters, US Air Force (HAF) A5/7, Air Force Futures (AFF), at both client sites in the Pentagon/JBAB and telework sites in the National Capital Region. An active DoD TS/SCI clearance is required.

The applicant will join a team that employs Model-Based Systems Engineering (MBSE). MBSE utilizes digital Mission Thread (MT) and Mission Engineering Thread (MET) models to provide a mission context to concept exploration, capability development, and throughout the systems engineering and acquisitions life cycles. MT models capture the sequence of operational objectives and tasks to achieve a desired mission effect. METs include the technical details of the capabilities and systems assigned to execute the mission. MBSE allows for virtual integration of innovative concepts and will streamline analysis to support planning and programming decisions.

MBSE is used to support the analysis of HAF A5/7 (AFF) concepts and requirements to assist with the development of Program Objective Memorandum (POM) recommendations. Such recommendations are based on coherent, analytically-sound evidence as captured in credible, validated digital models. Models are used to facilitate robust collaborations among Subject Matter Experts (SMEs) in the three Centers of AFF and across stakeholder organizations, such as HAF A8 and A9, AFRL, and the Space Force. Models of the different AF missions and functions form constituent parts of a Mission Architecture that over time can become an Authoritative Source of Truth (ASoT) about future AF operations.

Responsibilities:

Engage with Analysis Team leadership to prioritize focus areas of MBSE efforts supporting AFF organizations. Determine data needed to support prioritized MBSE focus areas. Conduct modeling sessions to build SME-informed future MT models, consistent with guidance from Joint Warfighting Concepts, National Defense Strategy, National Military Strategy, Joint Force Operating Scenarios, and other authoritative sources identified by AFF SMEs. Incrementally build the Mission Architecture as described in the Mission Engineering Guide through development of MT and MET models using commercial-off-the-shelf visual modeling tools, such as Magic Draw/Cameo. Maintain awareness of concurrent activities by working in a common modeling database across the organization. Define and incorporate mission success parameters against which candidate solutions can be measured (i.e., Measures of Success/ Effectiveness/ Performance). Develop MET models to define where innovative solutions (materiel and/or non-materiel) may be integrated into operations to ensure mission success. Model vignettes to provide context for analytical studies – include blue capability and red threat models within the operational environment. Use analytical models to perform comparative analysis of current and emerging operational and system capabilities and combinations thereof. Export unambiguous future mission engineering models to guide in-depth analysis, research, and acquisition – machine-readable to external stakeholders, as required by the client. Incorporate updates into the Mission Architecture. Establish common data model across all MT/MET models. Research and advocate for access to appropriate tools and collaborative environments to enable the digital model centric transformation in the client organization, as directed in by the Office of the Secretary of Defense (OSD) Digital Engineering Strategy. Research digital engineering and MBSE best practices and maintain repository of resources to guide client organization during the digital transformation.

Required Skills and Experience: 

Bachelor’s Degree in Applied Math, Computer Science, Operations Research, Statistics, or related fields. 10+ years of Systems Engineering experience. SysML and/or Unified Architecture Framework (UAF) Magic Draw/Cameo, and/or Sparx Enterprise Architect (EA) Experience with developing models and data analysis to inform executive decision-making. Applicants should have experience in the research, analysis, and application of operations research techniques to more than one problem type. Should be adept at breaking complex problems into manageable elements and identifying candidate solutions for each. Must have the ability and motivation to expand their knowledge of various analytic tools and techniques and are expected to seek out opportunities to improve processes and share knowledge with the teammates. Basic knowledge/experience in Joint warfighting capabilities, advanced weapons, current and future operational concepts. US Citizenship. An active TS/SCI clearance

Preferred Skills and Experience: 

Advanced Degrees in Applied Math, Computer Science, Operations Research, Statistics, or related fields. Object Management Group (OMG)-Certified Systems Modeling Professional (OCSMP) Level II Certification. Subject matter expertise in one or more of the following: Air Force program domain knowledge in the ground and/or space segment areas. Experience working with USAF, DoD Stakeholders.

 

Compensation: The salary for this position ranges from approximately $160,000 to $180,000 depending on relevant experience and qualifications.

Benefits:

LinQuest offers comprehensive and competitive benefit offerings to our team members to include medical, dental, vision, retirement, paid time off, tuition reimbursement, company paid life insurance, and more!  For additional information please visit: https://www.linquest.com/careers/our-benefits

 

Why LinQuest?

20 years of excellence from concept to capability.

LinQuest is a national security space leader that enables defense and intelligence missions through advanced digital solutions and the development, integration, and operation of mission control systems. As a recognized thought leader in Digital Engineering and Digital Transformation, LinQuest delivers the technical capability, innovation, agility, and operational expertise to accelerate our Nation’s competitive advantage in space. From concept to capability, LinQuest architects integrate end-to-end solutions, enabling Digital Dominance for a Digital Space Force.