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Development and Validation of a Physics Achievement Test to Identify Instructor Variables Associated with Students’ Physics Academic Performance

机译:物理成绩测验的开发和验证,以识别与学生的物理学习成绩相关的教师变量

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One of the most common ways of detecting whether an improvement is achieved by an education institution is through measuring the students’ achievement in a test. Testing is generally thought of as a means of assessing the knowledge and skills students have acquired through learning (Du-chastel and Nungester, 1998). Test results, besides assisting professors and administrators in making decisions concerning their students, provide vital information that could be the basis for the following: (a) assigning final course grade to a student; (b) distinguishing students’ strengths and weaknesses in a particular subject; (c) assessing student performance in class as a whole; and (d) improving teaching methods or techniques in carrying out a teacher’s day-to-day lessons; (e) assessing teachers’ needs in a certain program or curriculum; (f) allowing a teacher to make decisions at the beginning, and at the end of instruction; (g) evaluating the effectiveness of specific teaching methods; (h) guiding the administrators on the kind of in-service, trainings, seminars, workshops and the like that would suit the teachers’ needs; and (i) serving as one of the criteria upon which to evaluate a certain curriculum. Knowing the students’ achievement more or less determines the kind of instructors the school has. The Physics performance of Engineering students in the test is affected and found significantly by the students’ variables: age, civil status, course schedule, sponsorship, employment status, Grade Point Average (GPA) in the pre-requisite subjects in basic Mathematics courses (Algebra and Trigonometry), and high school background in Physics. University Physics is always part of the Engineering program, and this needs complete concentration, time and patience of the students. As teachers always remember the principle, which is, individual differences among the students. They are unique in abilities, interest, needs and experiences. Students should be treated according to their needs and interests, they must be assisted into developing proper attitudes towards this course and they must be grouped according to their ability and develop each group up to the optimum
机译:检测教育机构是否取得了进步的最常见方法之一是通过测试来衡量学生的成就。通常认为测试是评估学生通过学习获得的知识和技能的一种手段(Du-chastel和Nungester,1998年)。测试结果除了帮助教授和管理人员做出有关学生的决定外,还提供重要的信息,这些信息可能是以下各项的基础:(a)为学生分配最终课程成绩; (b)区分学生在特定学科上的优点和缺点; (c)评估学生在整个课堂上的表现; (d)改进教学方法或技巧,以开展教师的日常课程; (e)评估特定课程或课程中教师的需求; (f)允许教师在教学的开始和结束时做出决定; (g)评估特定教学方法的有效性; (h)指导管理人员进行适合教师需要的在职培训,培训,研讨会,讲习班等; (i)作为评估某门课程的标准之一。了解学生的成绩或多或少决定了学校所拥有的老师的类型。工科学生在考试中的物理表现受到以下变量的影响和发现,这些变量包括:基础数学课程的必修科目中的年龄,公民身份,课程安排,赞助,就业状况,平均绩点(GPA)(代数和三角学),以及高中物理背景。大学物理始终是工程计划的一部分,这需要学生的完全专注,时间和耐心。老师总是记住这一原则,即学生之间的个体差异。他们在能力,兴趣,需求和经验方面都是独一无二的。应该根据学生的需求和兴趣来对待他们,必须帮助他们发展对本课程的正确态度,并且必须根据他们的能力将他们分组,并将每个小组发展到最佳状态

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