Integrated Model Based Engineering in Naval Systems Design

本研究旨在开发一种新的集成架构，使大型多学科设计团队能够在设计成熟到制造级描述时同时处理功能和物理设计性能。这将涉及分析应用于海军设计的大量数据标准、建模语言和架构框架，以及调查软件/数据集成技术的最新技术发展。这种状态的艺术工程设计学科的广泛投资组合是如何汇集了研究员将在一个独特的地位作出贡献知识的开发和测试在实际设计环境中,一个以工程技术协调的造型方法和数据环境设计联合会表示精益集成,这样他们可以相互交融和co-solved大(100年代的)设计团队提供一个成功的系统。这一“建筑标准”在改进设计实践方面的整体有效性将不仅仅由该研究提供，而是作为iCASE资助的三个相关博士学位之一，以及工业主导的研究与开发，所有这些都在BAE系统公司和斯特拉斯克莱德大学之间的战略合作伙伴关系的指导下。这包括共享资源、专业知识和数据，以加速研究，为学生、大学和工业赞助商带来互利的结果。

This research aims to develop a new integrative architecture to enable a large multi-discipline design team to treat functional and physical design performances in concert, as the design matures to a manufacturing level of description. This will involve analysing the multitude of data standards, modelling languages and architecture frameworks that apply to naval design, as well as investigating the latest technology developments in software / data integration technologies. With this state of the art in how a wide portfolio of engineering design disciplines can be brought together the researcher will be in a unique position to contribute to the knowledge by developing and testing in a real design environment, an engineering-led method for co-ordinating the modelling and data environment as a federation of design representations leanly integrated so that they can be co-evolved and co-solved by a large (100s of people) design team to deliver a successful system.The overall effectiveness of this 'architectural standard' in improving design practice will not be solely delivered by this research, but as one of three related iCASE funded PhD's alongside industrial led Research & Development, all under the direction of the Strategic Partnership between BAE Systems and Strathclyde university. This involves sharing resources, expertise and data to accelerate research to mutually beneficial outcomes for the student, university and industrial sponsor.