Bet on victory

1

Accelerates more successful trading processes while increasing the profitable odds ratio.
Provides access to real-time competitor data and portfolio information to better determine the optimal bid.
Manages quotes based on templates to launch projects with predefined standards, stages, and outcomes.
Allows for the analysis and distribution of client requirements in a structured, reliable system, coordinating the assignment of tasks among the most suitable experts.
Includes strategic capabilities for assessing accuracy and risks, as well as consolidating cost analysis for design, procurement, sales, and production.
Tools for proposal preparation and submission provide template-based solutions for creating and evaluating conceptual studies.
Supports the system engineering organization of product architecture (RFLP).
Accelerates RFP execution, including price update options if necessary, based on engineering studies.

2

Ensures tracking of product requirements within the project to achieve optimal results.
Allows planning and executing projects based on company standards.
Provides strategic capabilities for tracking tasks and outcomes in real-time.
Optimizes resource deployment and enhances visibility of status through dashboards and reports.

3

Creates a “virtual train” environment by combining an accurate layout and system control.
Provide design teams working across multiple sites with productive collaboration on the same project.
Provide access to project data information for enterprise stakeholders not using CAD in real-time throughout the entire product lifecycle.
Utilize the productive capabilities of multi-version CATIA with multiple approaches without interrupting ongoing developments.

4

Gather the requirements of railway operators, define and verify the system architecture, then model and virtually test the system’s performance.
Use a more formal extended structure between requirements and geometry.
Create a foundation for defining what and how products benefit customers.
Reuse knowledge beyond requirements and geometry to accelerate time to market and improve reliability.
Transform innovations using new design methodologies based on requirements and models.
Utilize strategic information across all areas that interact within the PLM environment.

5

Enable global employees to connect to a single source of reliable information online.
Optimize 3D design for product variants.
Design easily and productively in the context of large and complex products.
Ensure parallel design in real-time and immediate 3D analytics for the entire enterprise.
Support interdisciplinary collaboration on products and systems.

6

Reduces the number of iterations between the customer and the tool manufacturer by managing product modifications and minimizing production issues.
Supports standardization from one tool project to another.
Provides a unified integrated development platform for design, modeling, and manufacturing.
Comprehensively enables the creation of forging, casting, stamping, and plastic injection molds.
Enhances the performance of global processes with a single integrated solution from part design to tool manufacturing.
Automates design tasks and helps users make decisions in an interactive engineering environment.
Implement flexible and reactive tool processes that can be reliably adapted to changing requirements.

7

Reduces the number of iterations between the customer and the tool manufacturer by managing product modifications and minimizing production issues.
Supports standardization from one tool project to another.
Provides a unified integrated development platform for design, modeling, and manufacturing.
Comprehensively enables the creation of forging, casting, stamping, and plastic injection molds.
Enhances the productivity of global processes with a single integrated solution from part design to tool manufacturing.
Automates design tasks and helps users make decisions in an interactive engineering environment.
Implement flexible and reactive tool processes that can be reliably adapted to changing requirements.

8

Ensure a single data repository for storing and managing the product design and manufacturing lifecycle.
End-to-end traceability of processes to manage the impact of engineering changes, costs, and potential delays.
Strengthens the connection between design and manufacturing across the extended enterprise, while clarifying the impact of design changes on processing activities.
Collect, standardize, and reuse proven manufacturing methods and corporate knowledge.
Reduces product development cycle time and minimizes manufacturing costs.
Supports the implementation of best practices from suppliers without geographical or language barriers.