VOSS-Collaborative Research: Evolution of Virtualized Design Processes in Project-Based Design Organizations

VOSS 协作研究：基于项目的设计组织中虚拟化设计流程的演变

• 批准号: 1121935
• 负责人: Kalle Lyytinen
• 金额: $ 18.21万
• 依托单位: Case Western Reserve University
• 依托单位国家: 美国
• 项目类别: Standard Grant
• 财政年份: 2011
• 资助国家: 美国
• 起止时间: 2011-09-01 至 2015-08-31
• 项目状态: 已结题
• 来源: https://www.nsf.gov/awardsearch/showAward?AWD_ID=1121935&HistoricalAwards=false
• 关键词: VOSS; Collaborative; Research; Evolution; Virtualized

Economic competitiveness relies upon innovation and digitized tools, services and data representation. These innovations are required for organizations to remain effective. Designers and design managers guide the evolution of digitally enabled design capabilities by integrating different types of digital process capabilities and resources. Such capabilities can also help optimize complex systems (e.g., smart grid, pervasive healthcare). Building on organizational and evolutionary theory, this project studies changes in organizational processes as they incorporate innovative virtual elements. It applies a process modeling framework to explore underlying mechanisms that generate patterns of change, and uses computational tools in conjunction with theories of evolutionary genetics to analyze longitudinal changes in organizational processes for integrating virtualized innovations. Generative structural elements of design processes (e.g., genotypes) give birth to surface-level design routines and variations (e.g., phenotypes) over time. Processes are represented as sequences akin to biological genes and their translated protein products. while combinations of elements akin to DNA base pairs and their corresponding amino acids capture essential traits of design activity. This new vocabulary helps us delineate structurally the fundamental design task elements and their variation across design task instances.The study advances theoretical understanding of how digital capabilities alter organizational processes. It shows how mutations emerge and how processes change over time. It identifies strategies for embedding digital capabilities into processes, and explores the impact of complexity. It advances instrumentation, methodology and analytical techniques by describing digitally-enabled processes and performing comparative, hierarchical, structural-analytical analyses of event-sequence-based process data. It provides longitudinal data on the micro- and meso-level changes in design processes from systematic studies of design for cars, chips and buildings. Genetics research is used to evaluate design in light of evolutionary models and agent-based simulations and to identify patterns of integration of digital capabilities into design processes over time.

经济竞争力依赖于创新和数字化工具、服务和数据表示。 这些创新是组织保持高效所必需的。 设计师和设计经理通过集成不同类型的数字化流程能力和资源来引导数字化设计能力的发展。此类功能还可以帮助优化复杂系统（例如智能电网、普及医疗保健）。该项目以组织和进化理论为基础，研究组织流程在融入创新虚拟元素时的变化。 它应用流程建模框架来探索产生变化模式的潜在机制，并使用计算工具与进化遗传学理论相结合来分析组织流程中的纵向变化，以整合虚拟化创新。 随着时间的推移，设计过程的生成结构元素（例如基因型）会产生表面水平的设计例程和变化（例如表型）。过程被表示为类似于生物基因及其翻译的蛋白质产物的序列。而类似于 DNA 碱基对的元素及其相应氨基酸的组合则捕获了设计活动的基本特征。 这个新词汇帮助我们从结构上描述基本设计任务元素及其在设计任务实例中的变化。这项研究增进了对数字能力如何改变组织流程的理论理解。 它展示了突变如何出现以及过程如何随时间变化。 它确定了将数字功能嵌入流程的策略，并探讨了复杂性的影响。 它通过描述数字化流程并对基于事件序列的流程数据进行比较、分层、结构分析来改进仪器、方法和分析技术。 它通过对汽车、芯片和建筑设计的系统研究，提供了设计过程中微观和中观层面变化的纵向数据。 遗传学研究用于根据进化模型和基于代理的模拟来评估设计，并确定随着时间的推移数字功能集成到设计过程中的模式。