Evaluating the Impact of Nonconcurrent Flight Laboratory and Ground Course Progress on the Academic Outcomes of Collegiate Aviation Students

Q3 Social Sciences
Ryan Guthridge
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Abstract

Flight training is often conducted as a two-part model, where a student completes an academic ground course to learn the knowledge and also enrolls in a flight laboratory course to apply the knowledge and skills required to earn a new certificate or rating. Often, these two parts are offered as separate courses to provide flexibility to students in the training environment. The intent is that the ground course and flight laboratory are conducted concurrently so the students apply knowledge from the ground course during their flight training. However, external factors may delay the flight training progress in the laboratory environment, causing the student to disconnect their flight training and ground course into a nonconcurrent status. This study aims to assess the impact of concurrent versus nonconcurrent flight lab enrollment on the academic outcomes of collegiate aviation students in the classroom. The study will determine whether a student conducting flight training in their current course of study (concurrent training) performs significantly better academically than a student conducting training in a previous flight lab in their current course of study (nonconcurrent training). Quantitative data was collected in the form of academic scores on classroom block exams to evaluate the impact of students in concurrent versus nonconcurrent training environments. A series of independent sample t-tests were used to find consistent evidence that students in a concurrent flight laboratory perform better on block exams in their academic ground course than students enrolled in a nonconcurrent flight laboratory. The results of this research will be used to inform educational practices within flight training departments and will assist in providing clarity to external parties interested in evaluating the impact of students completing a lab course that is nonconcurrent to their current ground course of study.
评估非同步飞行实验室和地面课程进展对大学航空学生学术成果的影响
飞行训练通常以两部分模式进行,其中学生完成学术地面课程以学习知识,同时报名参加飞行实验室课程以应用获得新证书或评级所需的知识和技能。通常,这两个部分作为单独的课程提供,以便在培训环境中为学生提供灵活性。目的是地面课程和飞行实验室同时进行,以便学生在飞行训练期间应用地面课程的知识。然而,外部因素可能会延迟实验室环境中的飞行训练进度,导致学生将飞行训练与地面课程断开,进入非并发状态。摘要本研究旨在评估同时与非同时招收飞行实验室对大学航空学生课堂学习成绩的影响。该研究将确定在当前课程(并行训练)中进行飞行训练的学生是否比在当前课程(非并行训练)中进行先前飞行实验室训练的学生在学术上表现得更好。定量数据以课堂分组考试成绩的形式收集,以评估学生在并行与非并行训练环境中的影响。一系列的独立样本t检验被用来发现一致的证据,在一个并行飞行实验室的学生在他们的学术地面课程的块考试中表现更好比在一个非并行飞行实验室注册的学生。这项研究的结果将用于通知飞行训练部门的教育实践,并将有助于为有兴趣评估学生完成与当前地面学习课程不同步的实验课程的影响的外部各方提供清晰的信息。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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来源期刊
Collegiate Aviation Review
Collegiate Aviation Review Social Sciences-Education
CiteScore
1.10
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0.00%
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