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引用次数: 0
摘要
博士资格考试被认为是评估学生是否为研究和深造做好准备的必要条件。尽管博士资格考试在许多物理课程中扮演着重要角色,但人们对其形式、执行和相关性提出了质疑。我们的研究调查了奥本大学物理系博士生项目中的笔试资格考试--研究生博士生考试(GDE)--的教师看法。我们采用了半结构式访谈和问卷调查相结合的方法,探究他们对资格笔试的目的和必要性、他们在学生备考中的作用,以及这些考试在衡量学生的综合知识和在物理学领域取得成功的潜力方面的有效性的看法。尽管大家对 GDE 的必要性达成了普遍共识,但教职员工们对它能否准确预测学生未来的研究成就以及它与其他研究生项目要素(如课程)的协调性表示怀疑。提出的修改建议从强调口头评估和研究报告到彻底改革考试结构不等。尽管有这些修改建议,但在具体的替代方案上却没有达成一致,这凸显了对 GDE 进行重大修改的复杂性。我们的研究为正在进行的关于优化博士资格考试以更好地服务于学生和学术机构的对话做出了贡献。
Investigating faculty perspectives on written qualifying exams in physics
Doctoral qualifying exams are considered essential in assessing a student’s readiness for research and advanced studies. Despite their significant role in many physics programs, questions have been raised about their format, execution, and relevance. Our research investigates perceptions held by faculty members regarding the graduate doctoral examination (GDE), a written qualifying exam in Auburn University’s physics department doctoral program. We used a combination of semistructured interviews and a survey to probe their viewpoints about the purpose and necessity of written qualifying exams, their role in student preparation for these exams, and the efficacy of these exams in measuring students’ comprehensive knowledge and potential for success in physics. Despite the general consensus on the necessity of the GDE, faculty members expressed doubts about its ability to accurately predict students’ future research success and its alignment with other graduate program elements such as coursework. Proposed modifications ranged from an emphasis on oral assessments and research presentations to a complete overhaul of the examination structure. Despite these suggestions for change, the lack of agreement on a specific alternative underscores the complexity of executing substantial modifications to the GDE. Our study contributes to the ongoing dialogue on optimizing doctoral qualifying exams to better serve students and academic institutions.
期刊介绍:
PRPER covers all educational levels, from elementary through graduate education. All topics in experimental and theoretical physics education research are accepted, including, but not limited to:
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Research methodology
Epistemology, attitudes, and beliefs
Learning environment
Scientific reasoning and problem solving
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Learning theory
Student participation
Faculty and teacher professional development