Digital Engineer & MBSE Analyst — TS/SCI Eligible

Peraton Labs, Inc.; Seal Beach (CA); On-site; USD 112,000 - 179,000; Full time

Benefits offered by this job

PTO 25 days

Medical, dental, vision

401(k)

Job summary

Peraton Labs, Inc. seeks a Digital Engineer / MBSE Analyst to support the technical planning, development, and integration of digital-twin capabilities for space domain programs.

You will shape concepts, architectures, and MBSE artifacts to ensure interoperability across multiple systems. The role requires a TS/SCI-eligible clearance, 2+ years MBSE experience, and exposure to full system lifecycle activities.

Qualifications

• MBSE in complex system environments.
• Experience with MBSE model federation and validation is a plus.
• TS/SCI clearance or ability to upgrade is required.

Responsibilities

• Lead planning and execution of digital-twin efforts.
• Develop MBSE concepts, architectures, and roadmaps with engineering teams.
• Adapt Peraton Labs’ agentic AI and digital-twin capabilities to program needs.
• Define component-level requirements from operational needs and objectives.
• Ensure interoperability, data-exchange patterns, and integration guidance across environments.
• Collaborate with data, AI/ML, software, and systems-engineering teams to identify data sources, inputs, outputs, and validation methods.
• Identify risks, dependencies, and gaps in digital-twin development.
• Ensure alignment with MBSE practices and CTO analytics initiatives.

Skills

MBSE

System Engineering

Cameo Modeler

Data Interoperability

Education

CS/CE/Cloud Computing degree

Tools

Cameo Systems Modeler

MBSE tools

Job description

Peraton Labs, Inc. seeks a Digital Engineer / MBSE Analyst to support the technical planning, development, and integration of digital-twin capabilities for space domain programs.

You will shape concepts, architectures, and MBSE artifacts to ensure interoperability across multiple systems. The role requires a TS/SCI-eligible clearance, 2+ years MBSE experience, and exposure to full system lifecycle activities.