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Creativity under Constraints: The Affect of Problem Space on Design Learning among Engineering Students

机译:约束下的创造力:问题空间对工科学生设计学习的影响

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An understanding of the factors that facilitate creativity in the design process is essential to construct and implement rrneducational engineering design activities. While experts agree that it is necessary to include design constraints in learning rrnenvironments, it is unclear exactly how the constraints contribute to the decision-making process and final design choice. rrnThis study examines the creative practices among college students engaging in an authentic engineering project situated rrnwithin a design based learning environment, specifically investigating the role of design constraints on creative processes. rrnThe study compares the effects imposed by the design space at two different levels: (1) goal constraints, where the overall rrngoal of the design is specified, and (2) task constraints, where the only the task is defined and the goal is not. One rrnsection of student design teams was required to create design solutions for a specific site utilizing renewable energy rrnsources, implementing goal constraints; the second grouping of design teams created design solutions for a broader context rrnonly constrained by the utilization of a renewable energy source.
机译:了解有助于设计过程中创造力的因素对于构建和实施具有理论意义的工程设计活动至关重要。尽管专家们认为有必要在学习环境中包括设计约束条件,但目前尚不清楚这些约束条件如何有助于决策过程和最终设计选择。 rrn这项研究研究了在基于设计的学习环境中参加一个真实工程项目的大学生中的创造性实践,特别研究了设计约束在创造性过程中的作用。研究比较了设计空间在两个不同级别上施加的影响:(1)目标约束,其中指定了设计的总体目标;(2)任务约束,其中仅定义了任务而未定义目标。需要一个学生设计团队,以利用可再生能源为特定站点创建设计解决方案,并实现目标约束;第二组设计团队创建了针对更广泛环境的设计解决方案,而这些环境受到可再生能源利用的限制。

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