Driving Flawless Innovation: How CEVT Automated and Accelerated Automotive Systems Design
Discover how a global multinational automotive innovation center implemented a model-based systems engineering process to slash in-vehicle network design time by 50%.
Modern original equipment manufacturers (OEMs) face a massive storm of innovation complexity. With advanced driver-assist systems and autonomous functionality expanding rapidly, a single vehicle network can rely on more than 15,000 distinct signals across 50 different electrical system variants.
Catching network design errors late in the development cycle is painfully slow, prone to systemic risk, and incredibly expensive to fix.
The Siemens case study “Siemens Digital Industries Software solution enables CEVT to automate, accelerate and simplify systems design” reveals how China Euro Vehicle Technology AB (CEVT) conquered this exact challenge. By transitioning away from manual workflows and adopting Capital™ Network Designer software, the multinational center successfully bridged the gap between rapid design flexibility and upfront compliance securing total data consistency across global engineering teams.
Key Results & Insights Inside the Case Study:
- 50% Reduction in Design Time: How automated systems engineering allowed CEVT to drastically simplify verification and accelerate overall design times.
- 44% Faster Integration Loops: A detailed breakdown of how CEVT saved four full weeks per signal database integration loop, dropping the process from nine weeks down to five.
- Eliminating Supplier Friction: Strategies to visualize, trace, and resolve hidden design issues long before they impact component suppliers.
- Upfront Error Reduction: How model-based systems engineering ensures network correctness early in the cycle, bypassing late-stage errors and costly recall risks.
- Cross-Border Collaboration: Real-world tactics used to successfully align different engineering cultures across Sweden and China using a common data backbone.
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