Remote MBSE Systems Engineer – V-22 & DoD Programs

Sabre Systems Inc.; Maryland; Remote; USD 135,000 - 145,000; Full time

Benefits offered by this job

Employee Referral Bonus

Job summary

Sabre Systems, LLC is seeking a Journeyman MBSE Systems Engineer for the Model-Based Systems Engineering Division to support the V-22 PMA-275 program at Patuxent River Naval Air Station in Lexington Park, MD. The position is remote and requires a DoD Secret clearance, with travel about 5 trips per year.

You will apply MBSE practices, build and assess system models using UML, SysML, and UAF, and contribute to system integration, verification, and documentation in a fast-paced, review-driven

Qualifications

• Technical BS or BA degree required.
• Minimum of two years Systems Engineering experience with MBSE.
• Experience with MBSE tools such as Cameo Suite.
• Familiarity with interface definition practices and verification fundamentals.
• Active DoD secret clearance or higher; US citizenship required.

Responsibilities

• Apply engineering principles to analyze and evaluate military weapons systems.
• Prepare engineering analyses, reports, and change proposals.
• Perform system integration, configuration management, and QA testing.
• Develop and evaluate software, components, or systems related to engineering requirements.
• Utilize MBSE to model digital thread and inform technical decisions.
• Model and assess system architectures using UML, SysML, and UAF.

Skills

MBSE

UML

SysML

UAF

Security clearance

US Citizen

Teamwork

Education

Technical BS or BA degree

Tools

Cameo System Modeler

Cameo Enterprise Architect

Teamwork Cloud

Cameo Collaborator

Job description

Sabre Systems, LLC is seeking a Journeyman MBSE Systems Engineer for the Model-Based Systems Engineering Division to support the V-22 PMA-275 program at Patuxent River Naval Air Station in Lexington Park, MD. The position is remote and requires a DoD Secret clearance, with travel about 5 trips per year.

You will apply MBSE practices, build and assess system models using UML, SysML, and UAF, and contribute to system integration, verification, and documentation in a fast-paced, review-driven