درخت حوزه‌های تخصصی

By growth of technology in the field of education, many virtual universities have been established and at a same time, using e-learning has been increased in the universities. In the present study, a mixed method was used as a methodology. In the quantitative phase it initially sought to empirically examine the students' attitudes toward e-learning in Ferdowsi university of Mashhad, virtual campus. Then, the attitudes of MA students' majoring in English translation and English teaching (English group) were compared to M.Sc. students' attitudes majoring in four engineering majors (Engineering group). A total 80 virtual students (37.5% English language group and 62.5% Engineering group) who were using e-learning and were in the last year of education participated in the study. A valid and reliable questionnaire which was adopted from Vatanparast, Royani and Ghasemi in 2009, was used to investigate students' overall attitude toward e-learning. In the qualitative phase, two open ended questions were added at the end to investigate students' views and experiences in using e-learning. According to statistics, the overall attitudes of students toward e-learning was positive and there was no significant difference between students' attitude majoring in English language and students' attitude majoring in Engineering. However, in qualitative section the students mentioned essential difficulties and gave challenging comments for more effective learning based on their experiences during these years.

In the last decade, the tendency to use Blended learning across the globe has grown steadily due to its benefits and attributes, and to address the weaknesses of e-learning and face-to-face Instruction. The purpose of this study was to investigate the effect of Blended Learning based on Gardner's multiple intelligences on students' learning and to compare it with the face-to-face approach. The study population included all students enrolled in Tehran Farhangian University of Primary Education. This quasi-experimental study was carried out with pretest-posttest with  a control group in the academic year of 2016-2017. A total of 40 female college students participated in this study. They were selected by the available sampling method and randomly divided into two groups. Data collecting tools was a questionnaire of multiple intelligence profiles with 80 items, a questionnaire measuring the level of learning by comparing pre and post-test. Both experimental and control groups trained in eight 90-minute sessions. The control group was taught using face-to-face traditional Instruction and the experimental group along with Blended learning and network-based learning, went under Blended Instruction based on multiple intelligences using articulate engage software with educational media (text, audio, image, animation and video). To design learning activities, learners were grouped according to their predominant intelligence, which was measured through the multiple intelligence profile. In both groups, the pre-test and post-test were the same academic achievement. Data analysis was performed using SPSS 19 software. Findings of the research indicate that the level of students' learning in the experimental group has significantly increased in comparison with the control group after having participated in the Blended Learning based on multiple intelligences