I/UCRC: IT-Enabled Design and Realization of Engineered Products and Systems

I/UCRC：IT 支持的工程产品和系统的设计和实现

• 批准号: 1362167
• 负责人: Irem Tumer
• 金额: $ 30万
• 依托单位: Oregon State University
• 依托单位国家: 美国
• 项目类别: Continuing Grant
• 财政年份: 2014
• 资助国家: 美国
• 起止时间: 2014-04-01 至 2020-12-31
• 项目状态: 已结题
• 来源: https://www.nsf.gov/awardsearch/showAward?AWD_ID=1362167&HistoricalAwards=false
• 关键词: UCRC; Enabled; Design; Realization; Engineered

Oregon State University (OSU) will be joining the Center for e-Design IUCRC as a full university member research site. The mission and vision of the existing NSF Center for e-Design is to research and develop methods and tools that support the realization of a new design paradigm that can be used to develop new engineered products and systems. This new paradigm allows design and product realization to be customer driven in a collaborative e-design environment that supports transparent analysis, as well as virtual simulation and prototyping. This new design paradigm encompasses consideration of the entire life cycle of the product or system under development. The Center researches and develops a number of enabling technologies to support the proposed e-design paradigm. OSU has faculty and student researchers working in areas that are synergistic with the mission and vision of the existing Center for e-Design. The team is interdisciplinary, including 24 researchers from seven schools and departments across and several university colleges and institutes. Research activities of the OSU team will especially strengthen the Centers efforts in the area of process, product, and complex system design, analysis, and optimization. The specific needs within the Center to be met by the OSU team are focused in the following areas: 1) System Design Analysis and Optimization, 2) Decision Analysis; 3) Computational Design and Innovation. The addition of OSU strengthens the Center for e-Design and its role as a significant national resource capable of the following results: 1) inclusion of a multi-disciplinary viewpoint needed to ensure the development of a new paradigm of excellence in the design of engineered products and/or systems; 2) realization of conceptual modeling tools aimed at reducing design cycle time and ensuring maximum achievement of design goals for human use; 3) realization of an environment for economic and supply chain design optimization; 4) establishment of a critical mass of expertise focused on the development of an e-Design modeling and simulation software platform and virtual prototyping tools, as well as strategies for achieving simulation based acquisition.The proposed effort will contribute significantly to the successful development and preparation of graduate and undergraduate students across seven schools and departments. Results of this research effort will be integrated into the educational curriculum to enrich the student learning experiences in design, modeling and simulation, decision analysis, rapid prototyping, manufacturing, and simulation based acquisition courses. Students associated with the Center for e-Design will receive career development opportunities, to include laboratory and field studies, attendance and presentations at interdisciplinary conferences and workshops, a design colloquium series, participation in interdisciplinary activities and journal publications, as well as training in the ethical conduct of research. The addition of OSU to the Center contributes to the diversity of the Center. One the co-PIs as well as over 25% of the participating faculty are women, typically underrepresented in engineering. The PI and other OSU faculty will emphasize involvement of women and minority graduate and undergraduate students. Research and educational findings will be shared with the industry and the center will work towards the technology transfer.

俄勒冈州立大学 (OSU) 将作为正式大学成员研究中心加入 IUCCRC 电子设计中心。现有 NSF 电子设计中心的使命和愿景是研究和开发支持实现可用于开发新工程产品和系统的新设计范式的方法和工具。这种新的范式允许设计和产品实现在支持透明分析以及虚拟仿真和原型设计的协作电子设计环境中由客户驱动。这种新的设计范式涵盖了对正在开发的产品或系统的整个生命周期的考虑。该中心研究和开发了许多支持技术来支持拟议的电子设计范式。俄勒冈州立大学的教职员工和学生研究人员致力于与现有电子设计中心的使命和愿景相协同的领域。该团队是跨学科的，包括来自七个院系以及多个大学学院和研究所的 24 名研究人员。 OSU 团队的研究活动将特别加强该中心在流程、产品和复杂系统设计、分析和优化领域的努力。 OSU 团队要满足的中心内具体需求主要集中在以下领域：1) 系统设计分析和优化，2) 决策分析； 3）计算设计与创新。 OSU 的加入加强了电子设计中心及其作为重要国家资源的作用，能够取得以下成果：1）纳入确保工程设计卓越新范式发展所需的多学科观点产品和/或系统； 2）实现概念建模工具，旨在缩短设计周期时间并确保最大限度地实现供人类使用的设计目标； 3）实现经济和供应链设计优化的环境； 4) 建立大量专业知识，重点关注电子设计建模和仿真软件平台和虚拟原型工具的开发，以及实现基于仿真的采购的策略。所提出的努力将为成功开发和准备做出重大贡献七个学院和系的研究生和本科生。这项研究成果将被纳入教育课程中，以丰富学生在设计、建模和仿真、决策分析、快速原型制作、制造和基于仿真的采集课程中的学习体验。与电子设计中心相关的学生将获得职业发展机会，包括实验室和实地研究、参加跨学科会议和研讨会并进行演讲、设计研讨会系列、参与跨学科活动和期刊出版物，以及接受跨学科培训。研究的道德行为。俄勒冈州立大学加入该中心有助于增强该中心的多样性。一位联合 PI 以及超过 25% 的参与教师都是女性，而她们在工程领域的代表性通常不足。 PI 和其他 OSU 教师将强调女性和少数族裔研究生和本科生的参与。研究和教育成果将与业界分享，该中心将致力于技术转让。