APQP Software Bridges the Gap Between the Supplier’s Techniques and the Customer’s Requirements
APQP software, which stands for Advanced Product Quality Planning, is essential to many industries, and was defined by the automotive industry as a way to institute an up-front approach for building-in quality. The automotive industry released QS-9000 to govern the APQP software process and define the details of Production Part Approval Process. APQP calls for suppliers to use a formalized Production Part Approval Process (PPAP). Currently, many software packages for APQP Software focus on document management.
So what exactly is APQP Software?
APQP software is a communication method, where a customer can send information about their product design to the supply chain. Then the supply chain can then include all types of considerations and techniques to ensure that, to the best extent that they have available to them, the supplier can ensure that their product meets or excites the requirements of the customers. It is made up of many tools, and these tools within APQP are structured and delivered in such a way that over the course of the development of a product, the tools can determine the risk in the design and suggest opportunities for making the product better.
The primary objective of APQP software is to make sure that the product being produced meets the requirements of the customer. Equally important is ensuring that the process of production meets with the requirements of the customer.
It’s a way of constructing a plan that set in place several tools. And by going through those tools in sequence, APQP software allows for the evolution of the design of the product. It’s a way of understanding any risks that may be uncovered and then working to eliminate or minimize those risks in a satisfactory and safe way before an actual failure happens.
Here is a look at a typical APQP Software process. From the very beginning of the process, the customer is involved. In step one, sometimes called plan and define, the customer’s requirements are translated into exact specifications. Next, step two, which is the design and development of the product. At the same time as step two, step three happens: the design and development of the process. Finally, in step four, the product is run for the very first time. Step five is sometimes known as the feedback process, and is actually occurring during the entire process, which speeds timeline.
APQP software allows for quality assurance be built in during the entire production, bridging the gap between the supplier and the customer.