1. Fragmented Data Management: Engineering data is dispersed across various functional groups, hindering collaboration and problem-solving.
2. Regulatory Pressure: Increasingly stringent regulations demand more comprehensive validation processes, putting pressure on OEMs to minimize time to market.
3. MBD Integration Complexity: Model Based Development (MBD) requires seamless data exchange between experimental and simulation engineers, which poses a significant challenge.
4. Global Collaboration: With teams operating across multiple locations globally, ensuring efficient collaboration is paramount.
5. Scalability and Big Data Compatibility: The solution must have a scalable structure compatible with Big Data Cloud technology to handle large volumes of engineering data efficiently.
6. Independence of Web GUI Technology: The system should be independent of specific Web GUI technologies to ensure flexibility and adaptability.
7. Independence of Application Model: The solution needs to be independent of specific application models to accommodate different engineering workflows and processes.
8. Inter-domain Data Exchange: Facilitating seamless exchange of data between different engineering domains (CAE & CAT) is crucial for comprehensive validation.
9. Private Cloud Accessibility: Ensuring accessibility over private clouds for multi-locations globally is essential for secure and efficient collaboration.

The development of a comprehensive web application integrated with the BRIX platform to address these challenges:

1. Enhanced UX-UI Design: Intuitive user interface design ensures ease of use and accessibility for engineers across different functional groups.
2. Centralized Data Management: The web application integrates with the BRIX platform, providing a centralized repository for engineering data with precise descriptions.
3. Seamless Data Exchange: Advanced backend development facilitates smooth data flow between experimental and simulation engineers, supporting the principles of MBD.
4. Global Accessibility: The web application is designed to be accessible from any location, enabling seamless collaboration among cross-functional teams worldwide.
5. Scalable Architecture: The solution incorporates a scalable architecture compatible with Big Data Cloud technology, ensuring efficient handling of large volumes of engineering data.
6. Technology Independence: The system is designed to be independent of specific Web GUI technologies and application models, providing flexibility and adaptability.
7. Inter-domain Data Exchange: Facilitating seamless exchange of data between different engineering domains (CAE & CAT) enables comprehensive validation.
8. Private Cloud Accessibility: The web application is accessible over private clouds, ensuring secure and efficient collaboration across multiple locations globally.

Implementing the enhanced UX-UI design and web application development processes resulted in significant improvements:

1. Streamlined Collaboration: The intuitive interface and centralized data management system facilitated seamless collaboration among diverse functional groups, leading to faster problem-solving and decision-making.
2. Reduced Time to Market: By minimizing reliance on physical tests and improving the efficiency of the development process through MBD, OEMs were able to accelerate their time to market.
3. Enhanced Regulatory Compliance: The integrated system ensured that OEMs could meet increasingly stringent regulatory requirements more effectively.
4. Global Integration: The web application’s global accessibility allowed cross-functional teams operating in different locations to work as one cohesive unit, enhancing overall efficiency and productivity.

Overall, our innovative approach to combining advanced UX-UI design and web application development with the BRIX platform revolutionized the vehicle validation process, empowering OEMs to stay competitive in an evolving automotive industry landscape.

• UX-UI
• Figma
• HTML5
• CSS3 Bootstrap5
• Microsoft .Net Core