The client is a forefront leader in the manufacturing of advanced materials and components for various industries, including aerospace, automotive, defense, and energy. They pride themselves on innovation and high-quality products. However, they faced significant challenges in meeting the increasing demand for their services while maintaining quality and productivity.
Traditional wiring methods were time-consuming, error-prone, and required significant manual intervention. Any design alteration meant reworking the entire process, leading to delays and increased costs. The company needed an efficient solution to streamline the design process, reduce manual involvement, and enhance accuracy and productivity.
The traditional process demanded significant manual intervention for even minor modifications. This led to frequent errors, delays, and inconsistencies in design accuracy and project timelines.
The legacy process was rigid and time-intensive, failing to align with evolving industry standards for efficiency and accuracy.
Multiple files, data formats, and manual processing led to data integrity issues and bottlenecks in design updates, requiring dedicated resources for execution.
