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With increasing student numbers and a diverse student body, it is crucial to consider a range of methods to engage students in learning and teaching activities. This project was used to encourage 1st-year undergraduate students to engage in out of class activities between taught sessions. The project used a virtual learning environment (VLE) known as Wolverhampton Online Learning Framework (WOLF) to encourage collaborative working within learning sets. The central aim was to investigate the potential to improve communication and mutual support between students and also to encourage students to make links between taught sessions. They were given weekly tasks that needed to be completed within their learning sets and they then posted the work in folders within WOLF by a set time. This allowed for timely feedback from the tutor and it facilitated sharing of resources across the sets. The final element involved students using their new knowledge to peer-teach the whole group in short presentations at the beginning of the next taught session. Feedback was collected in three ways, including focus groups, module feedback forms and a short questionnaire about the use of the VLE. Overall, the students' feedback was positive and they commented on gaining a number of skills including, using technology, group working and presentations. In addition to this, the overall pass rate for the module was higher and the average student grade had also increased.
The purpose of the study reported here is to illustrate how an approach based on a culturally appropriate ‘shepherd metaphor’ has helped Asian students to cross cultural boundaries and to engage in critical thinking online. Asian students are under different levels of influence from the Confucian Heritage Culture, which cultivates students to revere authority, maintain harmony and avoid conflicts in public. This has a significant impact on Asian students' cultural readiness to verbalise critical thinking. This paper partially reports research undertaken in a large English as a Foreign Language reading class in Taiwan, in which ‘shepherd leadership’ was practised. Shepherd leadership involves knowing students individually, offering cognitive modelling, exercising leadership and discipleship, encouraging student leadership and calling on silent students personally to get them to participate. This approach, concentrating on Asian students' affective needs, cognitive modelling, passing leadership to students and reaching out to silent ones, was found effective.
E-tutoring refers to individualised learning support mediated by Internet technology. While increased demand for tutors has led to a surge in commercial e-tutoring services, volunteer e-tutoring programs for children are rare. To test the viability of volunteer e-tutoring for elementary school students, 10 undergraduate students enrolled in a technology education (TE) course provided online with instructional support to children in need of tutoring services. Each e-tutor was assigned a specific child, developed a Web Course Tools course and corresponding online activities to improve teacher-identified skill deficiencies, and provided 8 weeks of e-tutoring. Three video conferences complemented online instructional interaction between e-tutor and e-tutee. Children, parents and TE students expressed positive evaluation of the initiative
The present experiment investigated the effect of three different presentation modes in children's vocabulary learning with a self-guided multimedia programmes. Participants were 135 third and fourth grade children who read a short English language story presented by a computer programme. For 12 key (previously unknown) words in the story, children received verbal annotations (written translation), visual annotations (picture representing the word), or both. Recall of word translations was better for children who only received verbal annotations than for children who received simultaneously visual and verbal annotations or visual annotations only. Results support previous research about cognitive load in e-learning environments, and show that children's learning processes are hindered by limited working memory. This finding implies a challenge for multimedia programmes designed for children and based on self-regulated learning.
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