• Test Review/Witnessing
    Ensure your product is properly accredited and following acceptable practices and procedures
  • Problem Analysis
    Gain better understanding of a problem before development starts
  • Risk Assessment
    Identify potential hazards and analyze the impacts should one occur
  • Management System Compliance
    Minimize harm to consumers with written documents, functions and processes
  • Engineering Process Compliance Review
    Determine that processes meet the relevant technical standards and fulfills requirements
  • Product Inspection
    Verify quality control on a product on site at different stages of production
  • Regulatory Auditing
    Verify that a product is compliant with regulations and standards
  • First Article Inspection
    Provide a design verification, history, and a formal method for a given manufacturing process
  • Conformity Inspection
    Review of all design data and production documents as part of a design approval, usually in regards to the Federal Aviation Administration

Providing the necessary system, hardware and software expertise

Our quality assurance team delivers test strategies that assess the life cycle processes of your product. We ensure that development objectives meet certification requirements in a professional, efficient, and cost-effective manner.

We conduct conformity reviews for our customers based on defined criteria and data-driven strategies. Our engineers can supplement your existing department or be your main QA team to provide consistent, day-to-day analysis, as well as scheduled audits, for ongoing monitoring of project activities. At the end of the project, we produce formal, written documentation for programs and overall company processes. Our findings can also be presented to your teams, management, or on your behalf to government/standards review boards.


Free Whitepaper Download
Improving software-based systems R&M with better error processing

What’s Inside: Software developers typically incorporate error-detection code to find and report faults at all levels. This paper explores practical techniques in real-world applications that can greatly improve error detection and reporting while often reducing development time.