Topical guide objectives: A teaching method for encouraging excellence in undergraduate STEM student performance

Matthew Morrison
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引用次数: 1

Abstract

In this paper, a novel formalized teaching method is presented for encouraging excellence in undergraduate student performance. This approach is a modified implementation of the teaching method used at the Naval Nuclear Power Training Command, which was made more appropriate for civilian engineering undergraduate students. The objective of this method is to prepare students academically, creatively, and morally, and to engender ideals of integrity, professionalism, and lifelong learning and teaching. The presented teaching method has three stages. First, students are required to perform daily assignments, which constitute the fundamental definitions, equations and concepts of the course material are broken up into "Topical Guide Objectives" (TGOs). This stage ensures students are taught the necessary background material - a major factor in engineering dropout rates - and gives the students opportunity to become familiar with how the professor phrases questions for quizzes and exams. Second, students are given example questions in class which use the TGO fundamentals to solve complex problems. Third, students are presented with "Combining Concepts" questions, which included quotes from industry leaders in order to test a student's ability to critically think, and encourages performance-based learning as opposed to rote memorization. This method was implemented at the University of South Florida for five undergraduate Computer Architecture courses, one section of Foundations of Engineering, and subsequently in one section of the Advanced Digital Systems course at the University of Mississippi. Using the same grading scales as previous semesters, students achieved a 13.5% improvement in median performance and covered significantly more material. Many students said they used the methods learned in the course to improve their study habits in subsequent courses. Additionally, many students expressed that they were better prepared for job interviews in the material covered in my course.
主题指南目标:一种鼓励本科STEM学生表现卓越的教学方法
本文提出了一种新的形式化教学方法,以鼓励大学生的优秀表现。这种方法是海军核动力训练司令部使用的教学方法的改进实施,使其更适合民用工程本科学生。这种方法的目的是让学生在学术、创造力和道德上做好准备,并形成诚信、专业和终身学习和教学的理想。所提出的教学方法分为三个阶段。首先,学生需要完成日常作业,这些作业构成了课程材料的基本定义,方程和概念被分解为“主题指导目标”(tgo)。这一阶段确保学生掌握了必要的背景材料——这是工程学辍学率的一个主要因素——并让学生有机会熟悉教授在小测验和考试中如何提问。其次,在课堂上给学生提供使用TGO基础知识解决复杂问题的示例问题。第三,向学生提出“概念组合”问题,其中包括行业领袖的名言,以测试学生批判性思考的能力,并鼓励基于绩效的学习,而不是死记硬背。这种方法在南佛罗里达大学的五个本科计算机体系结构课程、工程基础课程的一个部分以及随后在密西西比大学的高级数字系统课程的一个部分中得到了应用。使用与前几个学期相同的评分标准,学生的中位数成绩提高了13.5%,学习的内容也明显增加了。许多学生表示,他们在随后的课程中使用了课程中学到的方法来改善他们的学习习惯。此外,许多学生表示,在我的课程中,他们为工作面试做了更好的准备。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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