Using blended synchronous classroom approach to promote learning performance in rural area
Introduction
The urban–rural divide in education tends to be more pronounced in developing and emerging economies where it is closely related to a general gap between socio-economic development of rural and urban areas (Amini & Nivorozhkin, 2015). Lots of rural schools struggle with a lack of necessary resources and difficulty in attracting and retaining talented teachers (Donachie, 2017). Rural schools cannot attract enough number of good teachers and resources which creates a serious problem of education inequality, an even worse problem of digital divide (Hillier, 2018).
In China, the eastern and western divide in education exists along with the urban-rural divide in education. With the development of information and communication technology (ICT), researchers has utilized different kinds of technology to deal with the problem of educational inequality. For example, elite teachers in urban area are invited to offer cyber classes for the rural students (Zhang, Yang, Fan, & Huang, 2015), quality digital learning resources are provided to rural schools (Yu & Wang, 2006), computer-supported collaborative teaching are utilized between urban and remote schools (Yang, Zhu, & Macleod, 2018). However, there is still far away from a practical solution which could solve this problem in a systematic and scalable approach.
Classrooms in different places could be connected so that a teacher teaching in a local classroom can deliver to students sitting at remote classrooms at the same time. This particular type of classroom setting could be called Blended Synchronous Classroom (BSC). In BSC, students in local classroom could receive education as normal, while students in remote classroom could also interact and communicate with teachers and students in local classroom via versatile advanced synchronous tools such as video conferencing systems, electronic whiteboards, interactive response systems, etc. In BSC, students in local and remote classrooms are blended as one class, this solution could become a regular and sustainable approach for promoting educational standard of remote rural schools.
Blended synchronous learning (BSL) is defined as learning and teaching where remote students participate in face-to-face classes by means of rich-media synchronous technologies such as video conferencing, web conferencing, or virtual worlds (Bower, Dalgarno, Kennedy, Lee, & Kenney, 2015). BSL can provide students with a wide range of educational access opportunities and a richer learning experience (Cunningham, 2014; Norberg, 2012), and students who are unable to attend school can participate in classroom learning through BSL (Pope, 2010). Remote students can learn with local teachers in cyber face-to-face via the Internet, and they can ask and answer questions to improve their participation in class (White, Ramirez, Smith, & Plonowski, 2010). Students can carry out higher-order cognitive activities in BSL, including mathematical problem solving and language learning, and the effect is the same as the face-to-face physical classroom (Dennis, Fuller, & Valacich, 2008). This type of blended synchronous learning and teaching has become ubiquitous and has gained much attention in higher education (Szeto, 2015). However, very few BSL research related to K12 can be found in the literature.
To extend the BSL model, if the remote students are also sitting together in a physical classroom, we could connect this remote physical classroom to a local classroom. The past research of BSL on technological tools and their functions can provide insight for implementing BSC. The technological software and tools used for BSL includes Polycom (Okita, 2013), Skype (Cunningham, 2014), Blackboard Collaborate (Spann, 2012), Adobe Connect (Butz, Stupnisky, Peterson, & Majerus, 2014), Second Life (Bell, Sawaya, & Cain, 2014), etc. These software and tools could be used in both Windows and Mac system, and also in mobile operating systems, such as Android and IOS. Based on the analysis, the basic functions of these tools for BSC include presentation of teaching and learning materials, interaction via cyber face to face manners, free writing on electronic whiteboard, synchronous text chatroom, lecture recording, etc. The qualities of real-time audio and video communications are the main criterion for the selection of these software and tools and also the keys to BSC's success.
The functionality of BSC includes the deployment of local and remote classrooms, and the communication methods between the two sides. Video/audio devices and interaction systems should be installed in both local and remote classrooms, and there should be a tutor in remote classroom to assist teacher in local classroom for synchronous cyber teaching. As shown in Fig. 1, the functional supports are the basis for conducting BSC, which includes the functions of contents presentation, audio/video interaction, resources sharing, and real-time feedback.
Although lots of practices are happening in different parts of the world, few empirical research could be found on the effectiveness of BSC (Ran, 2017), especially the effectiveness from a long term project last for years. Now it is believed that BSC is an important way to deal with educational inequity by delivering quality teaching and learning resources from urban schools to remote schools (China Ministry of Education, 2018). The effective utilization of BSC approach could help students in rural and remote areas in a sustainable way. Therefore this study aimed to investigate the effectiveness of BSC through two years empirical studies in two schools. The research questions are: 1. Is the BSC approach effective for promoting remote school students’ learning outcomes? 2. Are there any perception differences on the effectiveness of the BSC approach between the remote students and the local students? 3. Are there any differences on teacher's behavior for local students and remote students in BSC?
Section snippets
Software and tools for implementing BSC
There are two ways to implement BSC, one of which is using software approach, as shown in Table 1. Webex, zoom and QQ could be used both in PC system (both Windows and MAC) and tablets system (both IOS and Android), and the basic functions of video/audio interaction, screen sharing, whiteboard, and process recording are all supported by the three software.
The other way to implement BSC is to utilize hardware video conferencing systems, as shown in Fig. 2, which is used in this study. Camera,
The profile of the participated schools and students
The teaching and learning sessions using the proposed approach were conducted in H primary school and X primary school in Ningbo China. The two schools are connected through the video conferencing system. The instructor teaches Chinese subject in local class in H school from September 2015 to July 2017, and students in the remote class in X school could interact with teachers and students in H school in cyber face to face form. The H Primary School is located at the Ningbo urban area, with
Analysis of students' learning outcomes between F school and X school
Before the experiment, the pre-test was conducted in April 2015, which was a standard test of Chinese subject for the whole district schools. All the schools in this district were using the same textbooks and the test was based on the textbook. The test consisted of 18 items to test student's levels of understanding, application, analysis and evaluation in Chinese subject. A total of 132 Year 4 students from the X school and 86 Year 4 students from the F schools took part in the test. The
Discussions and conclusion
In order to cope with the problem of urban-rural divide in education, the BSC method is proposed and the effectiveness of BSC is investigated in this study. The above results show that a good classroom environment was achieved for both the local and remote students in the two years’ BSC experiment. Through the interaction between students in the local and remote classes, students' academic achievement for the Chinese subject in X Primary School is significantly improved.
The content analysis of
Acknowledgement
This research work is supported by the 2016 National Natural Science Fundation Youth Project: Blended synchronous cyber classroom supporting balanced educational development (No. 71603067), Hangzhou outstanding young social science personnel training program “Design and Evaluation of Smart Classroom (No. 2016RCZX36)”, and the key cultivating project from school of education in HZNU “Study on learning space and smart class for digital generation students”.(No. 18JYXK007).
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