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STS-based education in non-majors college biology.

机译:非专业大学生物学中基于STS的教育。

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摘要

The study explored the effect of the science-technology-society (STS) and traditional teaching methods in non-majors biology classes at a community college. It investigated the efficacy of the two methods in developing cognitive abilities at Bloom's first three levels of learning. It compared retention rates in classes taught in the two methods. Changes in student attitude relating to anxiety, fear, and interest in biology were explored. The effect of each method on grade attainment among men and women was investigated. The effect of each method on grade attainment among older and younger students was examined.; Results of the study indicated that no significant differences, relating to retention or student attitude, existed in classes taught in the two methods. The study found no significant cognitive gains at Bloom's first three levels in classes taught in the traditional format. In the STS classes no significant gains were uncovered at Bloom's first level of cognition. Statistically significant gains were found in the STS classes at Bloom's second and third levels of cognition. In the classes taught in the traditional format no difference was identified in grade attainment between males and females. In the STS-based classes a small correlational difference between males and females was found with males receiving lower grades than expected. No difference in grade attainment was found between older and younger students taught in the traditional format. In the STS-based classes a small statistically significant difference in grade attainment was uncovered between older and younger students with older students receiving more A's and fewer C's than expected. This study found no difference in the grades of older, female students as compared to all other students in the traditionally taught classes. A weak statistically significant difference was discovered between grade attainment of older, female students and all other students in the STS classes with older, female students earning more A's and fewer C's than expected. It was concluded that among the students examined in this investigation STS teaching methods enhanced cognitive gains at Bloom's second and third levels of cognition. STS also strengthened grade attainment among older students and female students.; Recommendations for further study included replication of the study to include a larger sample size, other types of institutions, and other academic disciplines in science. Expansion of the study to Bloom's fourth and fifth levels, use of a standardized testing instruments to determine attitude, analysis using qualitative methods of investigation, and refinement of the study to provide a true experimental design were also suggested.
机译:这项研究探索了科学技术社会(STS)和传统教学方法在社区大学非专业生物学课程中的作用。它在Bloom的前三个学习阶段研究了这两种方法在发展认知能力方面的功效。它比较了两种方法讲授的课程的保留率。探索了与焦虑,恐惧和对生物学的兴趣有关的学生态度的变化。研究了每种方法对男女年级成绩的影响。研究了每种方法对年龄较大和年龄较小的学生的学业成绩的影响。研究结果表明,两种方法所教的班级在留任率或学生态度方面均无显着差异。研究发现,在以传统形式教授的班级中,布卢姆的前三个级别没有明显的认知收获。在STS班级中,在Bloom的第一个认知水平上没有发现明显的进步。在Bloom的第二和第三认知等级的STS班级中,发现具有统计意义的显着提高。在以传统形式授课的班级中,男女之间的成绩没有区别。在基于STS的课程中,发现男性和女性之间的相关性很小,而男性的成绩则低于预期。以传统方式授课的年龄较大和年龄较小的学生之间的年级成绩没有发现差异。在基于STS的课程中,年龄较大的学生和较年轻的学生之间在成绩上的统计差异很小,而年龄较大的学生比预期获得的A和C少。这项研究发现,与传统教学班级中的所有其他学生相比,年龄较大的女学生的成绩没有差异。在年龄较大的女学生和所有其他STS班学生的学业成绩之间发现了统计学上的显着差异,年龄较大的女学生的A和C比预期要高。结论是,在本次调查中,接受STS教学的学生在Bloom的第二和第三认知水平上提高了认知能力。 STS还提高了年长学生和女学生的成绩。进一步研究的建议包括对研究进行重复,以包括更大的样本量,其他类型的机构以及其他科学学科。还建议将研究扩展到Bloom的第四和第五级,使用标准化的测试工具确定态度,使用定性的调查方法进行分析,并完善研究以提供真实的实验设计。

著录项

  • 作者

    Henderson, Phyllis Lee.;

  • 作者单位

    University of Nevada, Reno.;

  • 授予单位 University of Nevada, Reno.;
  • 学科 Education Sciences.; Education Community College.; Education Curriculum and Instruction.
  • 学位 Ph.D.
  • 年度 2003
  • 页码 243 p.
  • 总页数 243
  • 原文格式 PDF
  • 正文语种 eng
  • 中图分类 自然科学教育与普及;高等教育;教育;
  • 关键词

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