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Adopting an ACI/ASCE Competition as a Learning Tool in Civil Engineering Materials Class

机译:采用ACI / ASCE竞争作为土木工程材料类的学习工具

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Knowledge in technical courses is enhanced through high-level active learning, which includes activities that integrate learned theory. Student-centered strategies, active participation of all parties - students and faculty- and clearly defined outcomes are promising approaches in teaching technical material. Students need critical thinking skills and creativity to develop effective solutions to complex technical problems and an active learning environment is useful for students to learn practical skills. This includes problem-based learning and student designed laboratory experiments. The Civil Engineering Materials course at Manhattan College is a core course taken by all civil engineering students in the spring semester of the sophomore year or fall semester of the junior year. Traditionally this course covers a variety of civil engineering materials, their sources, manufacturing processes, and behavior under different loading conditions. The content of this course is flexible and includes a laboratory component. This is one of the core classes in which active learning techniques can be implemented successfully. A term project competition inspired by the "Concrete Frisbee" competition held by colleges and universities across the country and world was introduced to four sections of the Fall 2016 and three sections of the Fall 2015 Civil Engineering Materials course. In alignment with Constructivist Learning Theory, students work in groups, and engage in group discussion and hands-on activities. Each group is asked to design their green concrete using recycled materials and construct a concrete Frisbee. Students are graded based on many factors such as aesthetics, weight, distance traveled, creativity and their written report. The success of the project is evaluated using a post in-class survey instrument. The assessment is based on student feedback evaluating their knowledge of sustainable concrete materials. The project was first incorporated in the fall semester of 2015 and it was again used with slight modifications in the fall semester of 2016. Along with these slight modifications, a student survey was introduced in the Fall 2016 semester to assess the success of the project. The results of the survey indicate that the project was effective. Additionally the course instructors have decided to reuse the project in future semesters with several additional modifications.
机译:通过高级别的主动学习提高了技术课程的知识,包括整合学习理论的活动。以学生为中心的战略,所有缔约方的积极参与 - 学生和教师和明确的结果是教学技术材料的有希望的方法。学生需要批判性思维技能和创造力,为复杂的技术问题开发有效的解决方案,并且有效的学习环境对于学生来说是有用的,以学习实践技能。这包括基于问题的学习和学生设计的实验室实验。曼哈顿学院的土木工程材料课程是所有土木工程学生在春季学期的核心课程,大二年纪念日或初级年度秋季学期。传统上,本课程涵盖各种土木工程材料,它们的来源,制造过程和不同负载条件下的行为。本课程的内容是灵活的,包括实验室组件。这是可以成功实现活动学习技术的核心类之一。由全国各地高校和世界持有的“具体FRISBEE”竞争激发的一项项目竞赛,并向2016年秋季的四个部分和2015年秋季土木工程材料课程的三个部分。在与建构主义学习理论的一致性方面,学生在群组中工作,并从事集团讨论和动手活动。要求每组使用再生材料设计其绿色混凝土,并建造一个混凝土飞盘。学生基于许多因素进行评分,例如美学,体重,距离,创造力及其书面报告。使用POST级调查仪器评估项目的成功。评估是基于学生反馈评估他们对可持续混凝土材料的知识。该项目首次于2015年秋季学期纳入,再次在2016年秋季学期进行了轻微修改。随着这些细微的修改,2016年秋季学期介绍了学生调查,以评估该项目的成功。调查结果表明该项目有效。此外,课程教练已决定在未来的学期中重用项目,其中包含几种额外的修改。

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