Engineering Bosch and EDAG are jointly developing vehicles

From Sven Prawitz 1 min Reading Time

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Bosch Engineering and EDAG plan to work more closely together on a project basis. They will jointly approach customers for complete vehicle development.

The managing directors Johannes-Jörg Rüger (Bosch Engineering) and Cosimo De Carlo (EDAG) are looking forward to the future project-related collaboration in complete vehicle development.(Image: Bosch Engineering)
The managing directors Johannes-Jörg Rüger (Bosch Engineering) and Cosimo De Carlo (EDAG) are looking forward to the future project-related collaboration in complete vehicle development.
(Image: Bosch Engineering)

EDAG and Bosch Engineering intend to collaborate on a project basis in the future. As the two engineering service providers announced, the companies plan to jointly offer their competencies for complete vehicle development in the market. Customers should benefit from the experience of both service providers without having to coordinate the individual development areas.

"Stricter environmental and sustainability requirements as well as trends such as the software-defined vehicle are leading to increasing complexity in vehicle development. By utilizing our mutual synergies, we will be able to bring new vehicles to the road faster and more cost-effectively with our customers in the future," explains Johannes-Jörg Rüger, Managing Director of Bosch Engineering.

Cosimo De Carlo, CEO of the EDAG Group, adds: "The combined competencies of EDAG and Bosch Engineering will act as an accelerator for technological innovations."

Both engineering companies have already implemented joint projects in complete vehicle development for car manufacturers in the past. This is now to be expanded, it is further stated. The content and degree of collaboration between Bosch Engineering and EDAG are guided by the specifications and wishes of the customers.

According to the announcement, both companies offer a wide range of services, such as in electronic systems. Examples include:

  • E/E networks,

  • Hardware architectures,

  • Software architectures,

  • Function development,

  • Component specification,

  • Derivative development,

  • System integration,

  • Test execution and

  • Production planning.

In the development and production processes, validated simulation methods, the digital twin of product and production, as well as comprehensive expertise towards Smart Factory are used, according to their own statements.

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