收集大学专业进修在线课程参与者资料的方法

Е. А. Bezyzvestnykh, M. Skryabin
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引用次数: 0

摘要

本文详细讨论了作者提出的收集高校在线专业进修课程(AEP)参与者数据的主要方法。作者在开发这些方法时使用了面向个性、环境、产品和数据驱动的方法作为基本方法。作者还考虑了基于证据的教育、学习分析和学习数据类型(LOTS模型)的主要陈述。本文提出的新方法在基于反馈、评估和学习度量的数据设计和实施培训计划的各个阶段具有实用价值。作为“评估与反馈”、“远程和混合式学习教学设计基础”以及面向教师和培训师的暑期学校“数据驱动学习设计”等项目和课程实施的一部分,研究结果在学生小组(12-20人)中进行了测试。共有146名参与者接受了本文中概述的方法的培训。本研究的结果可能会引起提供AEP的教育机构管理者的兴趣。他们可以专注于开发基于数据的教育系统,根据当前的教育需求设计课程,用有效的指标提高培训效率,并与俄罗斯和外国教育科技公司竞争。此外,研究结果可能对实施高等教育教育计划的教授、教学设计师和教育产品开发人员有用。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Methods for collecting data on participants of online programs of additional professional education in universities
The article discusses in detail the main methods for collecting data on the participants of online programs of additional professional education (AEP) in universities, which were developed by the authors. The authors used personality-oriented, environmental, product, and data-driven approaches as the basic ones in developing these methods. The authors also took into account the main statements of evidence-based education, learning analytics, and the types of learning data (the LOTS model).The new methodological approaches presented in this article have practical value at various stages of designing and implementing training programs based on the obtained data with the help of feedback, evaluation and learning metrics. The results were tested in small groups of students (12–20 participants) as part of the implementation of programs and courses such as “Assessment and Feedback”, “Fundamentals of Pedagogical Design for Distance and Blended Learning”, and the Summer School for teachers and trainers “Data-Driven Learning Design”. A total of 146 participants were trained using the methods outlined in this article.The results of this study may be of interest to educational organization administrators that provide AEP. They can focus on developing an educational system based on data, designing programs based on current educational needs, improving training effectiveness with valid metrics, and competing with Russian and foreign EdTech companies. Additionally, the findings could be useful for professors implementing educational programs of higher education, instructional designers, and educational product developers.
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