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Predictors of academic performance at a technology-based school of pharmacy.

机译:基于技术的药学学校学习成绩的预测指标。

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摘要

A comprehensive study of four cohorts of students (enrolled 1996--2003) in the traditional Doctor of Pharmacy program at Shenandoah University School of Pharmacy was conducted to determine if there are significant predictors of academic performance of students in this program or at schools with similar technology-based and module-based curricula. Three research questions examined only the graduates (n = 236), while a fourth question examined both graduates and attrites (n = 253).; The study included two dependent variables, didactic GPA (P1--P3) and career GPA (P1--P4), and 23 independent variables. Analysis of variance (ANOVA), multiple linear regression (MLR), and discriminant analysis were used to examine relationships between variables, examine differences between groups, search for a subset of observable variables that predicted the most variance in each GPA, and to contrast graduates and attrites.; Predictors of attrition, didactic GPA, and career GPA were not consistent, which implied that variables had differing degrees of impact on various portions of the program. Subject matter ability, as determined by PCAT and GPA on required prerequisites courses; communication skills, as determined by admissions essay and interview scores; and the attainment of a four-year degree were essential for staying in the program (i.e., for graduating). Good critical thinking skills, PCAT, and cumulative incoming GPA scores were essential for performing well in the didactic portion. Critical thinking disposition and skills both were essential for the experiential portion. Age group was negatively correlated with both didactic and career GPAs.; Implications for pharmacy education include (1) the Myers-Briggs Type Indicator (MBTI) and California Critical Thinking Disposition Inventory (CCTDI) and Skills Test (CCTST) should be administered for advising and research; (2) the difference in didactic and career GPA predictors should be considered in curriculum development and when advising students; (3) communication and critical thinking skills should be emphasized throughout the curriculum, and (4) pharmacy schools should give admission preference to students with bachelor's degrees and should strongly consider implementing the CCTST as another selection factor.
机译:对谢南多厄大学药学院传统药学博士课程的四组学生(1996年至2003年注册)进行了全面研究,以确定该课程或具有类似课程的学校的学生学习成绩是否有显着预测指标基于技术和基于模块的课程。三个研究问题仅考核了毕业生(n = 236),而第四个问题同时考核了毕业生和属性(n = 253)。该研究包括两个因变量,教学GPA(P1-P3)和职业GPA(P1-P4),以及23个独立变量。方差分析(ANOVA),多元线性回归(MLR)和判别分析用于检查变量之间的关系,检查组之间的差异,搜索预测每个GPA差异最大的可观察变量子集,并与毕业生进行对比和磨损。损耗,教学GPA和职业GPA的预测指标不一致,这意味着变量对计划各个部分的影响程度不同。由PCAT和GPA确定的必修课程的主题能力;沟通技巧,取决于招生论文和面试成绩;并且获得四年制学位对于留守该计划(即毕业)至关重要。良好的批判性思维技能,PCAT和累积的GPA分数对于在教学部分中表现良好至关重要。批判性的思维倾向和技能对于体验部分都是必不可少的。年龄组与教学GPA和职业GPA均呈负相关。药学教育的意义包括:(1)应对Myers-Briggs类型指标(MBTI)和加利福尼亚批判性思维倾向量表(CCTDI)和技能测试(CCTST)进行咨询和研究; (2)在课程开发和向学生提供建议时,应考虑教学和职业GPA预测指标的差异。 (3)在整个课程中都应强调沟通和批判性思维能力,并且(4)药学院应优先考虑具有学士学位的学生的入学条件,并应考虑将CCTST作为另一个选择因素。

著录项

  • 作者

    Sheaffer, Elizabeth A.;

  • 作者单位

    George Mason University.;

  • 授予单位 George Mason University.;
  • 学科 Education Higher.; Health Sciences Pharmacy.; Health Sciences Education.; Education Technology.
  • 学位 Ph.D.
  • 年度 2005
  • 页码 227 p.
  • 总页数 227
  • 原文格式 PDF
  • 正文语种 eng
  • 中图分类 高等教育;药剂学;
  • 关键词

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