Senior Lead Systems Architect

Sabre Systems LLC•Patuxent River, MD

6d•Onsite

About The Position

Sabre Systems is currently recruiting a Senior Lead Systems Architect for the Model-Based Systems Engineering Division to support the Future Advanced Capability (FAC) Program Office (PMA-228) at Patuxent River Naval Air Station in Lexington Park, MD. PMA-228 supports the development of the Collaborative Combat Aircraft (CCA) capability for the Navy. The Lead Systems Architect performs total system analysis, design, and development of weapon system requirements and architecture over the acquisition lifecycle necessary to (a) transform operational requirements into a description of system performance parameters and a system configuration; (b) integrate related parameters and ensure compatibility of all logical, functional and physical requirements, interfaces and the standards that describe them; and (c) address systems engineering at the Mission Level to ensure alignment of Programs of Record (POR) to the mission level that translates naval/mission capability packages and capability gaps to terms that are relevant to the program office. Location is on-site as required. A Top Secret/SCI Eligible Security Clearance is required.

Requirements

Technical or Scientific MS or MA degree
Allowable Substitution: Technical or Scientific BS or BA degree from an accredited college or university and an additional four (4) years of recent and relevant experience
Minimum of four (4) years recent and relevant Systems Engineering experience with Model-Based Engineering/Digital Engineering applications and technology.
Experience using MBSE Tools, such as Cameo System Modeler, Cameo Enterprise Architect, Teamwork Cloud, and Cameo Collaborator.
Familiarity with interface definition practices and verification fundamentals
Comfortable operating in a fast-moving, review-driven environment with multiple stakeholders
Top Secret/SCI eligible security clearance is required
Must be a US Citizen

Responsibilities

Ensures mission level models for the PORs establish a partnership with J-6 to develop and refine the Information Support Plan’s (ISPs) either initial development or incremental submittals that must be linked and traced to supporting digital model(s) requirements and policy documentation.
Develops and reviews relevant program technical and mission documentation associated with development or updates of assigned systems.
Applies modeling expertise to design, develop, validate, and maintain models and Information Support Plans (ISPs) for J-6 review and approval of NR-KPP Certifications for each SETR Milestone events identified by the PORs along with an established infrastructure for requirements, assessment, and trade analysis of complex weapons systems.
Employs a Model-Based Engineering (MBE) approach and works cross-functionally with subject matter experts, domain engineering experts, simulation experts, and the integration, verification, and validation (IV&V) experts on projects which span the range from initial conceptualization through fielding of the technology or system.
Applies the SE process in a Model-Based System Engineering (MBSE) environment to develop system models, requirements, architectures, CONOPS, and use cases for SE solutions using model-based systems engineering techniques and methodologies and has the ability to use and knowledge of SysML, including OMG standards-based SysML profiles and frameworks like DoDAF, UPDM and UAF (respectively).
Performs system requirements analysis using MBSE techniques and methodologies in parallel with model design activities, including allocation, traceability, verification, validation, and management of pertinent SE requirements in a digital model.
Develops and refines modeling strategies used within the command in order to achieve competency and command initiatives as well as model reuse for MBSE.
Develops, reviews and analyzes system models using common tools, processes and methodologies.
Interacts and collaborates with IPT staff and contractor/developer to coordinate system model development, system design activities, and virtual model reviews.
Keeps abreast of the current state of practice of modeling, methodologies, modeling tools, and process.