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EE-IT INTEGRATION FOR ENGINEERING - THE CHALLENGE FOR GLOBAL COMMERCIAL VEHICLES DESIGN

机译:工程的EE-IT集成-全球商业车辆设计的挑战

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Today, Electrics and Electronics (EE) is a key success factor for Automotive Engineering and Innovation. Rising complexity and warranty costs for EE issues shows that a proper management of EE engineering in the early development phase is mandatory. Consequently, Information Technology (IT) for Engineering must sustainable support all EE engineering processes seamlessly.While IT systems and data standardization for Mechanical Engineering is proven in most application fields like the unique CAD system availability in an OEM engineering environment or standard CAD data quality commitments, the IT system standardization for EE Automotive Engineering urgently needs further improvement.In this paper, a new integrated EE-IT platform for commercial vehicles engineering is presented. This EE-IT platform first takes into account that a proper component requirement management is mandatory. In accordance with EE Requirement management, IT systems must cover the core EE engineering fields EE Mechanics, Electrics and Electronics/Software. It will be shown which core data must be supplied at the interfaces between the different steps in the EE process chain. For practical commercial vehicle application examples, the impacts of commercial vehicle variation control on EE-IT platform and Engineering IT system design are shown. For electrical engineering, different IT system strategies are introduced. The impact of different IT strategies on worldwide data availability, electrical component supplier integration and global reuse of electrical component or design results between business partners are explained. Finally, any decision for a suitable EE-IT system strategy must be accompanied by cost-benefit assessments. For many OEMs, powerful database systems are already available for the global data accessing in Mechanical Engineering. Technical, organizational and financial aspects for an EE-IT strategy deployment and an IT system decision are outlined in detail.
机译:如今,电子电气(EE)已成为汽车工程与创新成功的关键因素。 EE问题的复杂性和保修成本不断提高,这表明在早期开发阶段必须对EE工程进行适当的管理。因此,工程信息技术(IT)必须可持续地无缝支持所有EE工程流程。 尽管机械工程的IT系统和数据标准化已在大多数应用领域得到了证明,例如OEM工程环境中独特的CAD系统可用性或标准CAD数据质量承诺,但EE汽车工程的IT系统标准化迫切需要进一步改进。 本文提出了一种用于商用车工程的新型集成EE-IT平台。该EE-IT平台首先考虑到必须进行适当的组件需求管理。根据EE需求管理,IT系统必须涵盖EE工程的核心领域,即EE机械,电气和电子/软件。将显示必须在EE过程链中不同步骤之间的接口处提供哪些核心数据。对于实际的商用车应用示例,显示了商用车变型控制对EE-IT平台和Engineering IT系统设计的影响。对于电气工程,引入了不同的IT系统策略。解释了不同的IT策略对全球数据可用性,电气组件供应商集成以及业务伙伴之间电气组件或设计结果在全球范围内的重复使用的影响。最后,对于合适的EE-IT系统策略的任何决定都必须伴随着成本效益评估。对于许多OEM而言,强大的数据库系统已经可用于机械工程中的全局数据访问。详细概述了EE-IT战略部署和IT系统决策的技术,组织和财务方面。

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