The Ministry of Education has been developing and distributing digital textbooks that allow for some interactive learning based on traditional textbooks since 2007. However, there were difficulties in utilizing digital textbooks due to problems in fac...
The Ministry of Education has been developing and distributing digital textbooks that allow for some interactive learning based on traditional textbooks since 2007. However, there were difficulties in utilizing digital textbooks due to problems in facilitating individual student learning in conventional classroom environments, which used blackboards and some electronic blackboards. In addition, the current digital textbooks based on traditional textbooks could not offer personalized learning paths through data analysis collected from students' learning data, which put limitations on the activation of digital textbooks.
Recently, the digital transformation of the education field has been accelerating due to factors such as the COVID-19 pandemic, leading to the proliferation of a one-device-per-student policy. Furthermore, various AI-based services are becoming activated in the education field along with the development of big data and AI technology. In line with this, the Ministry of Education announced in February 2023 through the announcement of the 'Digital-Based Education Innovation Plan for Customized Education for Everyone' that they plan to distribute AI digital textbooks from March 2025. Therefore, research is needed on how to provide meaningful information on the learning status of students and classrooms to teachers by collecting students' data.
This study was conducted with the aim of designing a teacher's learning evaluation dashboard through IMS Caliper-based data collection and analysis of students' chapter evaluation results when learning digital textbooks. The summary of the research is as follows.
Firstly, an analysis of advanced examples and user requirements was conducted to derive implications for the learning assessment dashboard for digital textbooks.
Secondly, the composition of the learning assessment dashboard for digital textbooks was defined and the dashboard menu was constructed.
Thirdly, the data to be provided in each dashboard menu was defined, and visualization techniques were derived.
Fourthly, necessary profiles for learning assessment have been selected from the total of 15 standardized profiles of IMS Caliper for dashboard provision. This is intended for use as an abstract of a paper.
Lastly, the learning assessment dashboard for teachers in digital textbooks has been designed, and its validity has been verified by experts, resulting in modifications being incorporated into the dashboard design.
The results of this study are as follows.
First, to design a digital textbook learning evaluation teacher's dashboard, a preliminary definition of the appropriate analysis indicators and data is required.
Second, the most appropriate visualization technique should be adopted to deliver the information you want to convey easily and quickly.
Third, the teacher's learning evaluation dashboard can help improve the teacher's teaching and learning strategy by providing information on the learning achievement and participation rate of the class and individual students.
By applying the achievements of this study to the development of the digital textbook evaluation dashboard, we expect to provide useful information to teachers for student learning guidance, implement teaching and learning strategies that match the student's learning level, thereby enhancing the student's class satisfaction and academic achievement.