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Special session — Not all problems are created equal: From problem-based learning theory to research on complex problem solving and implications for the engineering classroom

机译:特别会议 - 并非所有问题都是平等的:从基于问题的学习理论从复杂问题解决和工程教室的影响研究

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Most of us acknowledge that not all problems are created equal and that different types of problems lead to different learning outcomes for students. For example, it is well-known that undergraduate engineering courses mainly focus on problems that are well-structured with known, correct solutions; yet, real-world practice is more suffused with complex and ill-structured problems. So, it is imperative that engineering students begin the real-world practice of problem solving within the undergraduate curriculum. Problem-based learning (PBL) is a powerful student-centered pedagogy that offers a strong framework upon which to build a curriculum that will allow all students to learn essential, real-world, and globally competitive problem solving skills. This special session is thus designed to not only provide participants with background on PBL theory and the nature of problems, but also to provide them with materials and resources on developing, classifying, and assessing a variety of PBL activities in their courses. It is hoped that this session will enable the facilitators and attendees to generate a collection of peer developed ideas and feedback on understanding the nature of problems and problem solving. The potential impacts of this session could have transformative implications for engineering education and student learning.
机译:我们大多数人承认并非所有问题都是平等的,不同类型的问题导致学生的不同学习结果。例如,众所周知,本科工程课程主要关注有条理的问题,具有已知的正确解决方案;然而,真实世界的实践与复杂和结构性不明显的问题更具缺少。因此,工程学生必须开始在本科课程内解决问题的现实世界实践。基于问题的学习(PBL)是一个强大的学生中心的教学图,提供了一个强大的框架,可以建立一个课程,使所有学生能够学习必不可少的,现实世界和全球竞争问题的解决技巧。因此,这次特别会议不仅为参与者提供了关于PBL理论的背景和问题的性质,而且还为他们提供了在开发,分类和评估其课程中的各种PBL活动的材料和资源。希望本次会议将使促进者和与会者能够生成一系列同行发达的想法和反馈,就了解解决问题的性质和解决问题。本次会议的潜在影响可能对工程教育和学生学习具有变革影响。

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