Forward Engineering LLC

Supports advanced aerospace and defense programs by executing disciplined engineering workflows across the full life cycle, from conceptualization through system delivery.

• System Requirements Engineering

  Translates mission needs and operational concepts into structured, traceable engineering requirements.

• System Architecture Modeling

  Designs complex systems-of-systems architectures that align with digital engineering goals.

• System Integration Services

  Coordinates and integrates disparate subsystems, tools, and models into a unified system structure.

• Verification and Validation Testing

  Executes rigorous testing to verify technical requirements and validate that systems meet end-user mission needs.

• Production Engineering Services

  Provides technical support during manufacturing and assembly phases to ensure design intent is maintained.

• Sustainment Engineering

  Assists with long-term maintenance, obsolescence management, and system upgrades throughout the operational lifecycle.

• AI-Enabled SEIT Execution

  Leverages artificial intelligence techniques to accelerate systems engineering, integration, and testing workflows.

Delivers on-demand technical and analytical assistance to defense programs, serving as an extension of program offices and prime contractor teams.

Connects tools, models, and systems to establish comprehensive digital environments for complex defense systems.

• Digital Thread Implementation

  Establishes a continuous, traceable flow of data across the entire system development lifecycle.

• Digital Twin Implementation

  Creates virtual representations of physical systems to simulate performance, predict issues, and optimize operations.

• Integrated Digital Engineering Environments

  Builds and maintains collaborative spaces where modeling, simulation, and engineering tools operate seamlessly.

Minimizes cost, schedule, and performance risks through early detection and mitigation of engineering challenges.

• Technical Risk Identification

  Detects potential engineering and architectural bottlenecks early in the development lifecycle.

• Technical Risk Mitigation

  Develops and implements remediation strategies to resolve complex system anomalies.

• Risk Retirement Planning

  Provides structured tracking and support to ensure risks are systematically retired before milestones.