MBSE Architect: SysML Modeling & System Architecture

Chickasaw Nation Industries, Inc.; Fort Belvoir (VA); On-site; USD 100,000 - 130,000; Full time

Benefits offered by this job

Medical

Dental

Vision

401(k)

Job summary

Chickasaw Nation Industries, Inc. seeks an MBSE Engineer to develop and maintain digital models representing architecture, requirements, behavior, interfaces, and relationships of complex systems throughout the lifecycle using MBSE methodologies and SysML.

The role collaborates with systems, software, hardware, cybersecurity, integration, and test teams to produce authoritative models that improve communication, traceability, design analysis, and system-level decision-making.

Qualifications

• Requires appropriate level of certifications for this position as required by the contract.
• Must be able to obtain and maintain the required customer clearance for access to systems, facilities, equipment and property.

Responsibilities

• Develop, maintain, and manage system models using MBSE methodologies and SysML.
• Create and maintain system architecture models representing system structure, behavior, functions, interfaces, requirements, and dependencies.
• Develop SysML diagrams and models, including block definition, internal block, activity, sequence, state machine, requirement, use case, and parametric models.
• Translate customer, mission, and operational needs into structured system requirements and model elements.
• Establish and maintain traceability between requirements, system functions, architecture elements, interfaces, and verification activities.
• Support functional decomposition and allocation of system functions to subsystems and components.
• Model and analyze interfaces, data flows, system interactions, and dependencies across subsystems and external systems.
• Develop system architectures and digital engineering artifacts to support concept development, design decisions, integration, and system lifecycle activities.
• Support system-level trade studies and technical analyses using system models to evaluate design alternatives and system behavior.
• Collaborate with systems, software, hardware, cybersecurity, network, integration, and test engineers to ensure models accurately represent the system.
• Support system integration, verification, and validation by using system models to identify requirements, interfaces, dependencies, and verification relationships.
• Develop and maintain MBSE modeling standards, modeling conventions, reusable model elements, and architecture frameworks.
• Maintain model integrity, consistency, configuration, and version control throughout the system lifecycle.
• Identify inconsistencies, gaps, and conflicts within system requirements, architectures, interfaces, and models.
• Support technical reviews, architecture reviews, requirements reviews, design reviews, and customer technical interchange meetings.
• Generate technical documentation, architecture views, reports, and other engineering artifacts from system models.
• Support integration of MBSE models with requirements management, simulation, test, configuration management, and other engineering tools.
• Apply digital engineering and digital thread concepts to improve the management and exchange of engineering information.
• Support the implementation and adoption of MBSE processes, tools, and best practices across engineering teams.
• Automate modeling, analysis, reporting, or other engineering processes using scripting or programming languages when applicable.
• Ensure MBSE activities and deliverables comply with applicable customer requirements, industry standards, modeling practices, and program processes.

Skills

MBSE

SysML

System architecture

Traceability

Education

Bachelor's degree

Job description

Chickasaw Nation Industries, Inc. seeks an MBSE Engineer to develop and maintain digital models representing architecture, requirements, behavior, interfaces, and relationships of complex systems throughout the lifecycle using MBSE methodologies and SysML.

The role collaborates with systems, software, hardware, cybersecurity, integration, and test teams to produce authoritative models that improve communication, traceability, design analysis, and system-level decision-making.