With so many stakeholders working in an ETO process, and the movement of data from design to the shop floor, the challenges for EWI have grown. As engineering and manufacturing processes have evolved, many disciplines have become involved in the product and production lifecycle process, from initial design, to assembly, to delivery of the product to the customer. In digital manufacturing, the function of communicating step by step procedures on how to manufacture products is accomplished by work instructions software, commonly referred to as Electronic Work Instructions, or EWI. ![]() ![]() Challenges to electronic work instructions While manufacturing processes for these products have also evolved, one of the basic requirements for quality remains the same: the correct manufacturing steps must be communicated accurately to the right technician on the production line. Airplanes, ships, industrial equipment, and other complex, high-value products have become more sophisticated, with many custom options to choose from. ![]() Having worked in the manufacturing industry for decades, specifically with engineer-to-order (ETO) processes, I have seen tremendous innovation in products, and in systems that support the manufacturing of those products. Save time and improve quality with modern work instructions software for complex manufacturing and change processes.
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