准备八年级学生在物理科学中脱颖而出:HandsOn物理(HOP)!

M. Dizbay-Onat, J. Michael Wyss
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引用次数: 0

摘要

这项研究描述了阿拉巴马大学伯明翰分校(UAB)与伯明翰城市学校(BCS)合作开展的一项计划,旨在测试以少数族裔为主的学校八年级学生的教育干预措施,即动手物理(HOP)。它还评估了教师的人口统计和教育背景。学生们在三天的时间里进行了四次物理实验。他们在测试后表现更好。对于在年度州评估中成绩合格与不合格的学校,每所学校的实际知识增长率和知识增长率基本相等(分别为20.4±5.6/49.0±5.6%和20.4±2.7/48.4±8.3%)。大多数学生(53%)表示他们对科学感到满意,88%的学生表示他们计划接受高等教育,86%的学生认为高等教育对他们的未来非常重要。学生们认为高等教育的主要障碍是教育成本和低成绩。教师主要年龄在40-59岁之间(60%),女性(80%)和非裔美国人(93%),87%的教师主修生物学(93%)。40%拥有学士学位,60%拥有硕士学位。他们报告说,他们需要更多的物理教学支持,并报告说,缺乏材料和时间是提供最高质量科学教育体验的主要障碍。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Preparing 8th Grade Students to Excel in Physical Science: HandsOn Physics (HOP)!
This study describes a program that the University of Alabama at Birmingham (UAB) carried out in partnership with Birmingham City Schools (BCS) to test an educational intervention, i.e., Hands-On Physics (HOP), among 8th grade students in predominantly minority schools. It also evaluated teachers' demographics and educational backgrounds. The students conducted four physics experiments during a three day period. They performed better on post-tests. The actual and the percent gains in knowledge for each school were essentially equal for the schools that had passing versus failing grades in annual state assessment (20.4±5.6/49.0±5.6%, 20.4±2.7/48.4±8.3%, respectively). Most students (53%) stated that they were comfortable with science, 88% indicated that they were planning to enter higher education, and 86% agreed that higher education was very important for their future. The students' major perceived obstacles to higher education were education cost and low grades. The teachers were primarily between 40-59 years old (60%), female (80%) and African-American (93%), and 87% majored in biology (93%). Forty percent had a bachelor's degree and 60% had a master's degree. They reported that they needed more support teaching physics and reported that a lack of materials and time were the main obstacles to provide the highest quality science educational experiences.
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