The FMEA (Failure Modes and Effects Analysis) or Failure Modes and Effects Analysis is a systematic methodology used to identify, prioritize, and mitigate risks of failure in products, processes, or systems. The goal is to anticipate what can go wrong, understand the effects of these failures, and take actions to
The DUT failure history is the complete record of all defects, anomalous behaviors, and test statuses that a given tested product has exhibited throughout its lifecycle — from initial testing to possible field returns (RMA). This history is essential for the identification of recurring failures, technical traceability, continuous improvement, and
Product Engineering is the discipline responsible for planning, developing, validating, and technically monitoring a product from its conception to its mass production. It operates at the interface between R&D, industrialization, testing, purchasing, quality, and the final customer, ensuring that the product is functional, manufacturable, testable, reliable, and competitive. Product engineering
Investing in a test bench is a strategic decision. It will be responsible for ensuring the quality, reliability, and traceability of your product. However, without proper technical planning, the test bench can become a bottleneck — or worse, a blind spot in your production process. Before designing or purchasing a