Systems Engineer: Missile Defense & MBSE

Lockheed Martin Corporation; Huntsville (AL); On-site; USD 85,000 - 158,000; Full time

Benefits offered by this job

Medical insurance

401(k) match

Flexible work arrangements

Job summary

Lockheed Martin Space in Huntsville, AL is seeking a dynamic Systems Engineer to support a new missile defense program. You will report to the Systems Engineering Manager and contribute to requirement derivation, verification planning, and MBSE-based design efforts.

Responsibilities include managing interfaces, subsystem verification, and cross-disciplinary collaboration across dispersed locations. A strong background in DOORS, Cameo, and MATLAB is preferred.

Qualifications

• Experience with a Requirements Management System (eg IBM Rational DOORS).
• Ability to derive, decompose, and allocate system requirements.
• Experience with interface definition (ICD, IBDs, IDDs).
• Experience with missile system analyses used in requirement derivation and verification.

Responsibilities

• Derive requirements and interfaces and support specification development in DOORS.
• Support verification of subsystem requirements and life cycle activities from development to flight test.
• Support requirements traceability to MBSE model elements and develop MBSE based verification plans.
• Participate in interdisciplinary engineering efforts across geographically dispersed locations.

Skills

Systems Engineering

Requirements definition

Interface definition

MBSE

Verification planning

Hardware testing

Software testing

Education

Bachelor of Science in Engineering

ABET-accredited program

Tools

DOORS

Cameo

MATLAB

Job description

Lockheed Martin Space in Huntsville, AL is seeking a dynamic Systems Engineer to support a new missile defense program. You will report to the Systems Engineering Manager and contribute to requirement derivation, verification planning, and MBSE-based design efforts.

Responsibilities include managing interfaces, subsystem verification, and cross-disciplinary collaboration across dispersed locations. A strong background in DOORS, Cameo, and MATLAB is preferred.