首页> 外文会议>Frontiers in Education, 2002. FIE 2002. 32nd Annual >The perceptions of science and engineering graduate students to the educational theories relevant to skill development in curriculum leadership
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The perceptions of science and engineering graduate students to the educational theories relevant to skill development in curriculum leadership

机译:理工科研究生对课程领导技能发展相关教育理论的看法

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Graduate students interested in academic careers welcome opportunities to discuss issues related to teaching and learning. Experience shows that these students are curious not only about balancing research and teaching, understanding the application and interview processes, and maneuvering through the tenure process, but also about designing curriculum and assessing student learning. To guide students as they learn how to design a lesson, course, and entire curriculum and the corresponding assessment tools, a knowledge of educational theories is helpful. But how helpful? How best to share educational theories so that students understand them and can apply them appropriately? Does knowledge of educational theories lead to more confidence as a "curriculum leader?" How does this quality affect the academic career process? How does this knowledge help develop skills in curriculum leadership? The authors of this paper focused on these questions in a graduate seminar titled, "Teaching Science and Engineering" during spring, 2002 at the University of Wisconsin-Madison. Courter and colleagues developed this course three years ago. This spring she added Heywood's text, "Curriculum, Instruction and Leadership in Engineering Education" and assessed students' reactions to the depth of the text and especially of the educational theories presented. This text takes them beyond simple packaged data as might be presented in a short workshop to a more in-depth understanding of educational theory. Heywood from Dublin, Ireland, joined Courter and students for one class and continued corresponding with students after his visit. Discussion within the Education, Research and Methods Division (ERM) of the American Society for Engineering Education (ASEE) suggests that curriculum leadership will only become possible when science and engineering educators have a thorough grounding in curriculum theory and practice. The purpose of this paper is to describe the classroom research related to this view among graduate students enrolled in the spring, 2002 seminar. Methodology included students writing several reflective papers and designing and reviewing lesson plans in a supportive environment. Results will have implications for the education and training of graduate students who are teaching assistants or who pursue academic careers; the implications may extend beyond workshops and short courses to certificates, minors, masters and even doctoral levels.
机译:研究生对学术职业感兴趣的欢迎机会讨论与教学和学习有关的问题。经验表明,这些学生不仅对平衡研究和教学,了解应用程序和面试过程以及通过任职过程进行机动,而且还要在设计课程和评估学生学习的过程中。为了指导学生,他们了解如何设计课程,课程和整个课程以及相应的评估工具,了解教育理论的知识是有帮助的。但有多有帮助?如何最好分享教育理论,以便学生了解它们并可以适当地应用它们?对教育理论的了解导致更有信心作为“课程领导者?”这种质量如何影响学术职业进程?这本知识如何有助于培养课程领导力的技能?本文的作者侧重于威斯康星大学 - 麦迪逊大学春季举行的“教学科学与工程”的研究生研讨会中的这些问题。三年前,汇跑者和同事们开发了这门课程。今年春天,她加入了Heywood的文字,“工程教育的课程,教学和领导”,并评估了学生对文本深度的反应,特别是教育理论。本文将超越简单的包装数据,可能在短暂的工作室中呈现,以更深入地了解教育理论。来自都柏林,爱尔兰,加入了牧师和学生的一堂课,并在访问后继续与学生相对应。美国工程教育协会(ASEE)的教育,研究和方法(ERM)中的讨论表明,当科学和工程教育者在课程理论和实践中彻底接地时,课程领导只会成为可能。本文的目的是描述与2002年春季举行的研究生之间与此视图相关的课堂研究。方法包括学生在支持性环境中撰写几篇反思论文和设计和审查课程计划。结果对教育助理或追求学术职业的研究生教育和培训有影响;这些含义可能会超越研讨会,未成年人,大师,甚至博士学位的讲习班和短期课程。

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