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Using Design Challenges to Develop Empathy in First-year Courses

机译:利用设计挑战在一年课程中培养同理心

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This Complete Research study investigates how first-year design projects can support diverse students to begin developing an understanding of professional ethics and empathy as central to the work of designers. Our purpose is to examine student learning connected to a design challenge in two first-year courses: one in the chemical & biological engineering department and one in community & regional planning program within the school of architecture and planning department; both courses were taught in the same research university in the southwestern US, which serves a very diverse population. We conducted two iterations in a design-based research process. Design-based research involves testing both theory of and designs for learning under real world conditions. Our learning theory is that diverse populations like ours benefit from early design experiences that connect to their experiences, support them to build on their existing strengths, and build their professional identities. Students in both classes completed a design challenge focused on providing a rural community with access to safe water in the event of contamination from acid mine drainage. In chemical & biological engineering, water filtration was foregrounded, whereas in community & regional planning, community engagement was foregrounded, but in both classes, their solutions had to include both aspects. We collected student work on the challenge, including students' presentations of their solutions. We developed a coding scheme to compare student work on the design challenges across the two courses. We anticipated differences across the two courses, as past work has shown that students in the chemical & biological engineering course often arrived at solutions not feasible for rural communities to afford. We found that the community & regional planning students brought a more emotional sense of stakeholders and tended to avoid offering solutions. Overall, our learning design supported students to consider different perspectives that had bearing on the design problem they were tackling. This approach efficiently encouraged students to begin caring about the needs of diverse stakeholders in a design project. While we did not have an authentic client, the design challenge itself proved to be relatable to our students, most of whom were already aware of the recent regional events that inspired the design challenge.
机译:这项完整的研究研究调查了一年的设计项目如何支持各种学生,开始理解职业道德和同理心作为设计师的工作的核心。我们的目的是在两年的一年课程中检查与设计挑战的学生学习:其中一个化学与生物工程部门,一个在建筑和规划部门的社区和区域规划计划中;这两个课程都在美国西南部的同一研究大学教授,这是一个非常多元化的人口。我们在基于设计的研究过程中进行了两次迭代。基于设计的研究涉及在现实世界条件下测试学习理论和设计。我们的学习理论是,多样化的人口如我们的利益,这些人们从连接他们的经历的早期设计经验中受益,支持他们对现有的优势构建,并建立他们的专业身份。两班学生都完成了一个专注于提供农村社区的设计挑战,即在酸矿排水污染情况下提供安全用水。在化学和生物工程中,前景过滤,而在社区与区域规划中,社区参与是前景的,但在这两个课程中,他们的解决方案必须包括两个方面。我们收集了学生对挑战的努力,包括学生对其解决方案的演示。我们开发了一种编码方案,以比较学生在两门课程中对设计挑战的工作。我们预期两种课程的差异,因为过去的工作表明,化学与生物工程课程的学生经常到达解决方案不可行的农村社区负担不可行。我们发现社区和区域规划学生带来了更具情感的利益攸关方,并倾向于避免提供解决方案。总的来说,我们的学习设计支持学生考虑对他们在解决设计问题的不同观点。这种方法有效鼓励学生开始关注设计项目中不同利益相关者的需求。虽然我们没有真正的客户,但设计挑战本身证明是可关联的学生,其中大多数人已经了解最近的区域事件,激发了设计挑战。

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