Precise technical calculations and a smooth data flow are essential in the automotive industry. However, many companies still work with fragmented tools. This not only takes a lot of time but also increases the risk of errors.
Manual processes often lead to media disruptions and redundant steps. In the electrical design of engines, this has a noticeable impact on efficiency and the quality of results. Therefore, it was important for Siemens Mobility to improve its workflows through integrated apps for engineers.
Siemens Mobility – a German subsidiary of a leading European mechanical engineering company, specializing in high-voltage motors, industrial generators, and converters – sought to fundamentally optimize its previously fragmented and manual processes in electrical design.
For this purpose, a centralized web-based app was required. This app was expected to seamlessly connect all workflow steps, from order entry to automated documentation. Increased efficiency, intuitive usability, scalability, and international deployment were the main focus for this customer. The solution was intended to be used across multiple locations in Europe, Asia, and North America.
The unified mechanical engineering app efficiently replaced manual and isolated tools. Technical order data can now be imported directly from SAP, variants can be reused, new geometric specifications (TRA) can be defined, and pre and post-processing steps can be calculated automatically. The results are instantly fed back, which has noticeably simplified the workflows at Siemens Mobility.
The user interface was designed by us in such a way that even less experienced engineers can accomplish complex tasks intuitively and securely. Tooltips, clear status indicators, and a consistent design support this. The app is in English and hence suitable for international use.
Front-end:
React, TypeScript, Sass, Redux, RxJS, Jest
Back-end:
.NET, PostgreSQL, Redis, AutoMapper, NUnit
Web development services for the automotive industry are an important building block for efficient, scalable, and future-proof processes. The use of integrated digital tools impressively demonstrates how development cycles in mechanical engineering can be significantly shortened without compromising quality, safety, or traceability.
Practical experience confirms that standardized platforms enable considerable time savings and provide a stable foundation for scalability and innovative strength. This is of great importance due to increasing global competition. As a result, companies like Siemens Mobility gain flexibility and can respond to new market demands more quickly and reliably.
At the same time, centralized data management promotes cross-departmental collaboration and reduces the risk of errors.
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