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虚拟技术在放射技术教室中的应用:COVID-19 大流行的教育影响。

Virtual Technology in Radiologic Technology Classrooms: Educational Effect of the COVID-19 Pandemic.

机构信息

Taylor C Ward, PhD, R.T.(R)(CT)(MR), is assistant professor of radiologic sciences for Weber State University.

Leane B Skinner, EdD, is professor of career and technical education and business and marketing education for Auburn University.

出版信息

Radiol Technol. 2023 Mar;94(4):269-286.

Abstract

PURPOSE

To investigate the educational effect of the COVID-19 pandemic on virtual technology use in the radiologic technology classroom by comparing virtual technology use and perceived barriers for use from before the COVID-19 pandemic through the spring 2021 semester.

METHODS

An explanatory mixed-method, cross-sectional survey design was used to evaluate radiologic technology educators' integration of virtual technology and continuance intention to use (CITU) virtual technology in the radiologic technology classroom. A pseudoqualitative component also was used to add meaning to the quantitative data.

RESULTS

A total of 255 educators completed the survey. Educators with associate degrees scored significantly lower in CITU compared with participants with master's degrees ( = .04) and doctoral or professional degrees ( = .01). Virtual technology use significantly increased from before COVID-19 to spring 2021 ( < .001). Educators' perceptions of barriers to technology integration significantly decreased from before COVID-19 to spring 2021 ( < .001). In this report, radiologic technology educators indicated intentions for increased virtual technology use in the future compared with their use during the spring 2021 semester ( = .001).

DISCUSSION

Virtual technology use was low before COVID-19, and although it increased during the spring 2021 semester, it remained relatively low. Future intentions for virtual technology use indicate an increase from spring 2021, suggesting a change in future delivery of radiologic science education. Instructors' levels of education had a significant effect on CITU scores. Cost and funding was consistently the highest reported barrier to virtual technology use, whereas student resistance to technology was consistently the lowest reported barrier. Narratives of participants' challenges, current and future use, and rewards related to virtual technology also added pseudoqualitative meaning to the quantitative findings.

CONCLUSION

The educators in this study demonstrated low virtual technology use before the COVID-19 pandemic, increased virtual technology use because of the pandemic, and significantly positive CITU scores. Radiologic science educators' responses regarding their challenges, current and future use, and rewards might be helpful in facilitating more effective technology integration.

摘要

目的

通过比较新冠疫情前至 2021 年春季学期期间虚拟技术的使用情况和使用障碍感知,探讨新冠疫情对放射技术课堂中虚拟技术使用的教育影响。

方法

采用解释性混合方法、横断面调查设计评估放射技术教育者在放射技术课堂中整合虚拟技术和持续使用意向(CITU)的情况。还使用了伪定性成分来为定量数据增添意义。

结果

共有 255 名教育者完成了调查。与拥有硕士学位的参与者相比(=0.04)和拥有博士学位或专业学位的参与者相比(=0.01),拥有副学士学位的教育者的 CITU 得分明显较低。虚拟技术的使用从新冠疫情前到 2021 年春季显著增加(<0.001)。教育者对技术整合障碍的看法从新冠疫情前到 2021 年春季显著降低(<0.001)。在本报告中,放射技术教育者表示与 2021 年春季相比,他们对未来增加虚拟技术使用的意图(=0.001)。

讨论

新冠疫情前虚拟技术的使用较低,尽管在 2021 年春季学期有所增加,但仍相对较低。未来对虚拟技术使用的意图表明从 2021 年春季开始有所增加,这表明放射科学教育的未来教学方式将发生变化。教育者的教育水平对 CITU 得分有显著影响。成本和资金一直是报告中虚拟技术使用的最高障碍,而学生对技术的抵制一直是报告中最低的障碍。参与者对虚拟技术的挑战、当前和未来使用以及与虚拟技术相关的奖励的叙述也为定量发现增添了伪定性意义。

结论

本研究中的教育者在新冠疫情前表现出较低的虚拟技术使用,由于疫情增加了虚拟技术使用,并对 CITU 得分呈显著积极态度。放射科学教育者对他们的挑战、当前和未来使用以及奖励的反应可能有助于促进更有效的技术整合。

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