Mid-Level Model Based Systems Engineer

As a Mid-Level Model Based Systems Engineer at PMAT, you will support the design, development, integration, and verification of complex systems in support of defense and national security missions. You will collaborate with systems engineers, mission engineering teams, cybersecurity personnel, data engineers, and Palantir developers to integrate architectural models, operational data, and engineering artifacts into connected digital environments.

What You Will Do

Your responsibilities will include applying systems engineering principles and lifecycle processes, developing and maintaining system architectures, functional decompositions, technical baselines, and engineering specifications, and translating stakeholder and mission needs into clear system requirements, functional architectures, and technical solutions.

Why It Might Be a Fit

We are seeking an experienced mid-level Model-Based Systems Engineer to support enterprise architecture development, digital engineering, and system-of-systems (SoS) integration across Navy operational and technical environments. You will have the opportunity to work alongside experts who are committed to solving mission-critical problems and contribute to the development and maintenance of authoritative engineering models and data.

Requirements

• 2-5 years of professional systems engineering experience
• At least 4 years of hands-on MBSE experience using SysML or equivalent modeling methodologies
• Experience developing, maintaining, and analyzing system or SoS architectures, requirements, interfaces, operational workflows, and technical dependencies
• Understanding of architecture development processes, governance practices, modeling standards, configuration management, and engineering lifecycle management
• Experience developing or supporting data models, data dictionaries, information architectures, metadata definitions, or structured engineering data repositories
• Experience integrating engineering models, technical data, requirements, and system information across multiple disciplines, platforms, or organizational environments
• Understanding of digital thread concepts and the use of connected engineering information to improve requirements traceability, system integration, and lifecycle decision-making
• Experience collaborating with systems engineers, mission engineers, software developers, cybersecurity personnel, data engineers, and other technical stakeholders to align architectures with operational and technical requirements
• Understanding of cybersecurity principles, risk management, security requirements, and their application within systems engineering and acquisition processes
• Strong analytical and problem-solving skills with the ability to evaluate complex system relationships, identify architectural gaps, and develop actionable engineering recommendations
• Strong written and verbal communication skills with the ability to develop technical documentation, communicate architectural concepts, and present engineering findings to technical and program leadership