航空航天系统工程的任务驱动型方法从“任务”或产品的最终用途和相关要求开始。通过强大的接口集成和协作,让系统优化超越单个领域或部件,在整个产品和生命周期中进行优化。这种方法降低了技术风险,避免了与后期发现的问题相关的延迟和成本。
在完整的产品和任务环境中,通过紧密集成、多域仿真和优化系统来实现航空航天系统工程。在以下方面获得卓著的成果:
通过改进系统流程,确保项目按时交付。(Proform)
利用航空航天 MBSE 减少错误和返工,并加快交付速度。(美国通用原子航空系统公司)
通过航空航天系统优化解决方案提高生产力。(Proform)
Achieve game-changing digital transformation of systems engineering across the complete product and lifecycle. Explore our solution paths that can help you take aerospace systems engineering to the next level:
Integrate across all domains, disciplines and stakeholders to develop a baseline architecture comprised of trustworthy engineering models. From there, you can manage the design at the interface boundaries. The models reflect verified, optimized and validated systems design of the full product, not just an individual system.
By establishing continuous connectivity through integrated processes, you can manage designs across domains and with suppliers by leveraging a comprehensive digital twin. Exchange data and coordinate boundaries between system elements internally and externally with ease.
Our industry-leading simulation solutions enable you to analyze system performance in context of the complete product to mitigate technical risk early. Validate system requirements for accuracy and completeness to avoid time-consuming and costly errors later in the design process.
整体集成减少了对专家的需求,并促进了更具协作性的设计流程。(Bye Aerospace)
实施基于模型的流程以最大限度地提高重用率。(美国通用原子航空系统公司)
了解派珀如何减少设计和组装飞机的时间和成本。(派珀飞机公司)
公司:Bye Aerospace
行业:航空航天及国防行业
位置:恩格尔伍德,科罗拉多州, United States
Siemens 软件:Capital™, NX, SES (formerly Vistagy), Simcenter 3D Solutions, Simcenter STAR-CCM+, Teamcenter
“作为系统工程师,我认为西门子软件的一大优势在于它提高了设计的协同性。”
我们的航空航天系统工程方法可帮助您尽早集成并降低风险,显著减少由于系统互不连通而导致的后期问题和变化。早期和持续的集成、验证和优化可确保最终用户的任务成功。探索我们的资源库,发现航空航天 MBSE 的新方法。