Systems Engineer, Mid

Booz Allen Hamilton•San Diego, CA

About The Position

The Systems Engineer will support a capability integration team in shaping the development and technical direction of DoD warfighting requirements. The role uses model-based systems engineering (MBSE) tools to represent client-requested features and develop requirements for product development teams. It is a model-first role that uses MBSE to support Digital Engineering as a standard practice. The engineer will work across multiple products to integrate a portfolio and connect models, and will design MBSE techniques and practices for DoD C4I systems across their lifecycle. The work includes helping client delivery teams transition to model-based system architectures and combining systems modeling with networking to develop network system architectures for development, implementation, and sustainment. The position offers opportunities to develop skills in SysML, object-oriented and functions-based systems engineering methods, integration, C4I, and enterprise networking technologies. A Secret clearance and a bachelor's degree in Electrical Engineering, Systems Engineering, or Computer Science are required. The position's projected annual compensation range is $61,900 to $141,000, with actual salary depending on factors including location, education, skills, experience, and organizational and contract requirements.

Requirements

At least 3 years of experience with MBSE tools, including Cameo Systems Modeler (CSM), MagicDraw, and Teamwork Cloud (TWC).
At least 3 years of experience with collaborative Navy modeling environments on NIPR and SIPR, including Naval Integrated Modeling Environment (N-IME), Naval Digital Engineering Ecosystem (NDEE), and TWC.
At least 3 years of experience with modeling languages and methodologies, including SysML, UML, UAF and UAFP, and DoDAF.
Experience with MBSE concepts such as generalization, inheritance, redefinition, refactoring, developing structured expressions, and distinguishing stereotype tags from owned attributes.
Experience maintaining models in collaborative environments such as TWC, working with federated architectures and project usages, and transferring models between classified enclaves, such as using DOTS to transfer from NIPR to SIPR.
Experience with model verification tools and techniques, including metric suites, validation rules, structure expressions, and scripting using Java and Jython.
Knowledge of authoritative reference sources, including JCA, UNTL and UJTL, and JCSFL, and how they are used in architecture model development.
Ability to bridge MBSE capabilities and organizational needs to improve organizational processes and products with MBSE tooling.
Secret clearance.
Bachelor's degree in Electrical Engineering, Systems Engineering, or Computer Science.

Nice To Haves

Experience developing architecture models that conform to DoDAF and UAF.
Experience with Top Secret Navy modeling environments, including Eden TS Teamwork Cloud.
Knowledge of PAE Mission Systems and Chief Engineer (CHENG) organizational processes and procedures, such as ECR, IATT, and ATO.
Knowledge of emerging enterprise architecture frameworks, their purpose and implementation, and how they relate to and affect Navy architectures.
Ability to facilitate collaborative digital engineering meetings, technical interchanges, and MBSE office hours.
Excellent verbal and written communication skills.
TS/SCI clearance.
Master's degree.
OMG-Certified Systems Modeling Language Professional (OCSMP) Certification.

Responsibilities

Support a capability integration team in steering the development and technical direction of warfighting requirements.
Use MBSE tools to illustrate client-requested features and build requirements for product development teams.
Work across multiple products to integrate a portfolio of products and connect models.
Design MBSE techniques and practices for DoD C4I systems across the lifecycle.
Implement MBSE approaches and tools to help client delivery teams transition to model-based system architectures.
Develop network system architectures for development, implementation, and sustainment by combining system modeling and networking.