CZ LOKO
Implementing Engineering Base in CZ LOKO's processes. Discover how Engineering Base supports the development of diesel-electric locomotives.
The development of a supercar is not just about design and performance. When engineers, designers, suppliers, and manufacturing teams collaborate on a single product, effectively managing data, changes, and the entire development process becomes crucial.
This is exactly what Praga Cars faced during the development of the Praga Bohema hypercar. The Czech car manufacturer, with a history dating back to 1907, entered the exclusive supercar segment with the ambition to create a unique vehicle that combines extreme performance, low weight, and maximum driving experience.
From the outset, the project had high demands for development speed, collaboration, and data integrity. Therefore, the company needed a modern digital environment that would eliminate the fragmentation of CAD tools, unify team efforts, and enable effective management of the entire development process from concept to final production.
Praga Cars was working on the development of a complex hypercar with high demands for design accuracy, development speed, and coordination among various disciplines.
The fragmented CAD environment and the absence of a unified platform complicated collaboration among engineers, data management, and change control during development. As the project's complexity increased, it became increasingly difficult to maintain data consistency and effectively coordinate the various stages of development.
The development team implemented the 3DEXPERIENCE platform, which became the central environment for design, data management, and coordination of the Praga Bohema vehicle development.
The platform enabled the unification of development processes, increased engineers' productivity, and significantly accelerated individual phases of development. At the same time, it brought better control over data, more efficient collaboration, and higher consistency throughout the entire project.
The solution is built on the 3DEXPERIENCE platform from Dassault Systèmes, which connects design, product data management, and collaboration among development teams into a single digital environment.
The platform allowed for the unification of engineers' work across various CAD tools and created a unified system for data management throughout the entire product lifecycle.
All teams today work on a common data foundation, where design changes, product versions, and the continuity of individual development steps are managed—from concept through prototypes to production phase.
From Praga Cars' perspective, it was not just about deploying a new platform, but primarily about changing the way of working with design data and product development.
All teams today work on a single common data foundation, which has significantly simplified change management, development coordination, and collaboration among various disciplines.
The development of the hypercar now functions as one interconnected digital process, where individual steps follow each other without unnecessary delays and complications caused by inconsistent data.
Engineers' productivity increased by 10–30% and conceptual cycles were shortened by 20–30%, significantly accelerating the entire design and development process of the Praga Bohema hypercar.
The company also gained higher consistency in design data
more efficient collaboration among teams
better change management during development
higher integration with manufacturing processes.
Digitalization of development also allowed for better management of project complexity and faster transition from concept to production phase.
This approach makes sense especially for companies that develop complex products with high demands for development speed, collaboration, and change management.
Typically, this applies to situations where development occurs in several CAD tools,
teams work separately and share large amounts of data, changes need to be coordinated across disciplines,
the product undergoes rapid development from concept to production, and the company needs to effectively manage product data throughout the entire product lifecycle.
TECHNODAT assisted Praga Cars with the implementation of the 3DEXPERIENCE platform and the preparation of the development environment for the effective use of modern digital practices.
Part of the project included unifying design processes, supporting migration from various CAD environments, and setting up methodologies for effective data management throughout the entire vehicle development.
Thanks to its experience with PLM and development digitalization, TECHNODAT helped create an environment that supported faster development, higher team productivity, and the successful launch of the Praga Bohema project into the final production phase.
Thanks to the 3DEXPERIENCE platform, there are no longer discrepancies between design data, individual versions of designs, and what individual teams are working on at Praga Cars.
Engineers have access to current data in real-time, changes are easier to trace, and the entire development process is significantly clearer and more stable.
The development of the vehicle now functions as one interconnected digital process that effectively connects design, data management, and production preparation.
Praga Cars' experience shows that the benefits do not arise solely from deploying a modern digital platform, but primarily from changing the way of working with design data and managing development. Data have a clear origin, all teams work on a common data foundation, and changes are managed in the context of the entire product.
This shift is being addressed by an increasing number of manufacturing companies today. With the growing complexity of development, pressure for speed of innovation, and the need for effective collaboration, it is no longer feasible to manage development using separate tools and unconnected processes. Without a unified digital environment, unnecessary delays, complications in change management, and poor coordination among individual teams and subsequent processes arise.
These experiences translate into faster project realization, higher data consistency, and reliable engineering outputs in complex industrial environments.
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