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Fostering Professional Practice Skills in a Redesigned Materials Science Course for Engineering Students

机译:促进重新设计的材料科学课程的专业实践技能

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There has been an increasing demand for engineering education to include more opportunities in the curriculum for students to develop the professional practice skills necessary for the modern, global workforce. Many engineering programs have included non-technical skills in freshman introduction to engineering courses and design courses such as the capstone design course in the senior year. However, there is a decreased emphasis on these important skills in the middle two years of a typical engineering curriculum, and there is an opportunity to find a place for these skills to be developed in the context of an engineering science course. In an effort to incorporate more professional skills during the middle years, a Materials Science course for Mechanical Engineering majors was redesigned to include specific learning goals that address creativity, teamwork, communication, lifelong learning, environmental impact, and societal impact. The course has for many years been taught using a traditional, lecture based approach, and the new format adopts a student-centered, active learning approach with an emphasis on project-based learning and integrative learning. While including more focus on professional skills, it was also important to ensure sufficient learning of the body of knowledge in materials science necessary for practical application in the Mechanical Engineering profession. An effort was made to align the learning goals with learning activities, assessments, and products. The course changes were also intended to increase student engagement by developing students' intrinsic motivation with a learning environment that promoted competence, relatedness (community and purpose), and autonomy. This paper describes representative activities including projects, in-class activities, homework assignments, and tests. The methods of assessing student work are also discussed. Qualitative student feedback is reported based primarily on student surveys.
机译:对工程教育的需求越来越大,包括课程的更多机会,为学生制定现代全球劳动力所需的专业实践技能。许多工程方案都包括新生的非技术技能,以工程课程和设计课程如高年级的Capstone Design课程等设计课程。然而,在典型工程课程中的两年内,有一个重点是在典型的工程课程中的这些重要技能,并且有机会在工程科学课程的背景下找到这些技能的地方。在努力在半年内融入更专业的技能,机械工程专业的材料科学课程被重新设计,包括解决创造力,团队合作,沟通,终身学习,环境影响和社会影响的特定学习目标。课程已经使用传统的基于讲座的方法进行了多年,新格式采用了以学生为中心的积极学习方法,重点是基于项目的学习和综合学习。虽然包括更多专注于专业技能,但对于确保在机械工程专业实际应用所需的材料科学体内,确保足够的学习也很重要。努力使学习目标与学习活动,评估和产品保持一致。该课程变化还旨在通过发展学生的内在动机来提高学生的学习环境,促进能力,相关性(社区和目的)和自主权。本文介绍了代表性活动,包括项目,课堂活动,家庭作业和测试。还讨论了评估学生工作的方法。报告的定性学生反馈主要基于学生调查。

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