Engineering : Triumph Aerospace Systems - Newport News

Systems Engineering

The first step in our continuum of services typically involves turning our customer’s “performance criteria” and specifications into an innovative design concept. The systems engineering process includes requirements capture, decomposition of the requirements to sub-elements, and verification that the design has met all requirements. Our team streamlines the design process by using formal risk management tools to properly focus discretionary resources on mission-critical elements. 

System Requirements Management

• Requirements Documentation
• Functional Decomposition
• Requirements Verification 
• Verification Test

Risk Management

• Probability and Criticality Analysis
• Risk Waterfalls  
• Fault Tree Analysis

Configuration Management

• Data Revision Control and Tracking 
• Workflow Process Organization
• Basis-of-Work Drawings
  • Example Design Layout
  • Starting Point for New Applications
• Best Practices
  • Preferred Drawing Format
  • Design Guidelines
  • Preferred Materials
  • Testing & Validation Practices
• Application Work Instructions

Conceptual Engineering

Before proceeding on any assignment, we validate our customer’s concept through in-depth analysis.  We use an Integrated Product Team (IPT) to facilitate all phases of design and manufacturing, beginning with the conceptual design phase. The IPT comprises a cross-functional team of engineers, manufacturing and quality representatives as well as customer representatives (as necessary). This approach allows us to take the customer’s requirements and concepts and turn them into viable designs.