Onsite Test Systems Engineer II - Secret Clearance

Raytheon; Tucson (AZ); On-site; USD 69,000 - 131,000; Full time

Job summary

Raytheon in Tucson, AZ is seeking a Test Solutions Engineer to work onsite. You will apply MBSE practices to design and verify subsystem models, derive requirements, and coordinate with SMEs to resolve issues.

The role requires a STEM degree, 2+ years of related experience, and the ability to obtain US security clearance. Responsibilities include managing requirements and traceability, detailing capabilities, and ensuring efficient test design through reuse of environment models.

Qualifications

• Bachelor’s in STEM with 2+ years of related engineering experience.
• Systems engineering for test lifecycle: requirements, planning, test, integration.
• Ability to obtain a US security clearance; U.S. citizenship required.

Responsibilities

• Apply subsystem knowledge and model using MBSE tools.
• Detail capabilities and derive requirements.
• Communicate test equipment needs to designers.
• Manage requirements and traceability.
• Reuse test environment requirements to improve efficiency.
• Develop subsystem requirements, interfaces, behaviors, and architecture.
• Collaborate with SMEs to resolve issues.

Skills

Model Based Engineering

Systems engineering

Requirements management

Test planning

Traceability

DOORS

Agile (preferred)

SysML/UML

Cross-functional collaboration

Education

Bachelor's in STEM

2+ years engineering experience

Tools

Rhapsody

IBM Rational Model Manager

Cameo Systems Modeler

Enterprise Architect

Teamwork Cloud

Job description

Raytheon in Tucson, AZ is seeking a Test Solutions Engineer to work onsite. You will apply MBSE practices to design and verify subsystem models, derive requirements, and coordinate with SMEs to resolve issues.

The role requires a STEM degree, 2+ years of related experience, and the ability to obtain US security clearance. Responsibilities include managing requirements and traceability, detailing capabilities, and ensuring efficient test design through reuse of environment models.