The Electronic Journal of e-Learning provides perspectives on topics relevant to the study, implementation and management of e-Learning initiatives
For general enquiries email administrator@ejel.org
Click here to see other Scholarly Electronic Journals published by API
For a range of research text books on this and complimentary topics visit the Academic Bookshop

Information about the current European Conference on e-Learning is available here

For infomation on the International Conference on eLearning, click here

For infomation on the European Conference on Games Based Learning clickhere

 

Journal Article

An e‑Class in Action: Experiences with ICT‑intensive Teaching and Learning of Discrete Dynamical Models at Secondary School  pp41-53

André Heck, Harm Houwing, Cor de Beurs

© May 2009 Volume 7 Issue 1, Editor: Shirley Williams, pp1 - 85

Look inside Download PDF (free)

Abstract

In 2007, a small team of university and secondary school teachers jointly developed and piloted an e‑class for 4 and 5 grade students (age: 16‑17yrs) at both pre‑university and general vocational level. The goal was to develop and try out innovative ways of teaching mathematics that would enable schools to offer optional courses for small numbers of students. The e‑class can be summarized as web‑supported instruction in a blended learning approach. The instructional material consisted of the chapter on discrete dynamical models from a brand‑new mathematics textbook, supplemented by investigative activities. Students could build and simulate dynamical models with the computer learning environment Coach. Instructions for learning to work with software were given through screen casts created by the teacher to gear with students' needs and made available in the Sakai‑based virtual learning environment. Students got weekly on‑line assignments, which they submitted digi‑ tally. At home they could get assistance from peers and the teacher in a chat room. We discuss some of the e‑ ingredients of the e‑class and their potential for teaching and learning mathematics and science in terms of principled design approaches to multimedia learning and pedagogical arrangements. We report the experiences of the participants of the project and present the future plans based on this work.

 

Keywords: e-learning, blended learning, multimedia learning, e-learning implementation, screen casts, secondary mathematics education, discrete dynamic models

 

Share |

Journal Article

Learner‑Centred Teaching Contributes in Promising Results in Improving Learner Understanding and Motivation: A Case Study at Malaysia Tertiary Education  pp266-281

Wei-Li Yap, Mai Neo, Tse-Kian Neo

© Nov 2016 Volume 14 Issue 4, Editor: Guest Editors, Rozhan M. Idrus and Nurkhamimi Zainuddin, pp233 - 290

Look inside Download PDF (free)

Abstract

In Malaysia, traditional teaching is still a common approach among many lecturers. There have been many studies reported its limitations and many lecturers have started to adopt more learner‑centred teaching approach to promote better learner understanding and learner motivation. Throughout this effort, it is noticed there are lecturers who could not be assured and felt uncertain about this transition because they went through traditional teaching environment during their studies. Due to this, the effort in shifting from traditional teaching to a more learner‑centred teaching has been challenging and hard‑hitting. Nevertheless, educational and multimedia technology has played an important role in creating a more interesting and engaging learning environments for our digital natives in this 21st century. In this research, a framework is to be proposed based on Weimer’s Learner‑Centred Teaching model and through the incorporation of educational technology and multimedia technology in the learning environments. This proposed framework describes how this learner‑centred teaching environment could promote better learner experiences by increasing retention rate and improving learner motivation. This proposed framework is recommended through the triangulation results from pre‑test/ post‑test, learning environments surveys and students’ written comments, which in turn serves as a guideline for lecturers to identify how they could progressively shift to learner‑centred teaching environment.

 

Keywords: learner-centred teaching, interactive multimedia learning, learner motivation, learner understanding

 

Share |