Ros O'Leary
Introduction
This document aims to give an overview of Virtual Learning Environments – what they involve, how they can benefit your teaching, how to get started and where to find further information and resources. Following the emergence of the Internet in the early 1990s, many new tools and products have been developed to fully exploit its benefits. Since the mid-1990s the education community has witnessed the appearance of software products labelled Virtual Learning Environments (VLEs) that aim to support learning and teaching activities across the Internet. Many educators want to take advantage of the benefits offered by the Internet to support their teaching activities. However, creating Internet resources that are stimulating, appealing, easy to use and educationally sound is time consuming and requires considerable expertise. VLEs allow educators to create resources quickly and without the need to develop technical skills. Typically web-based, VLEs provide an integrated set of Internet tools, which enable easy upload of materials and offer a consistent look and feel that can be customised by the user. Popular commercial VLEs currently being used in UK HE include Blackboard and WebCT1. Managed Learning Environments (MLEs) incorporate the elements of VLEs but also include and interact with the whole range of information systems eg student record systems, finance etc that contribute directly or indirectly to learning and teaching management.
How can Virtual Learning Environments support learning and teaching?
Overview of features
The tools and features that comprise the VLE aim to facilitate a complete learning and teaching experience, and include:
Communication between tutors and students
eg email, discussion boards and virtual chat facilities which support various types of communication: synchronous and asynchronous, one-to-one, one-to-many and many-to-many.
eg email, discussion boards and virtual chat facilities which support various types of communication: synchronous and asynchronous, one-to-one, one-to-many and many-to-many.
Self-assessment and summative assessment eg multiple-choice assessment with automated marking and immediate feedback.
Delivery of learning resources and materials eg through the provision of lecture notes and supporting materials, images and video clips, links to other web resources, online discussion and assessment activities.
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www.alt.ac.uk
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Allows designated groups of students to upload and share files as well as communicate with each other.
Support for students
Could take the form of communication with tutors or other students, provision of supporting materials such as course information and Frequently Asked Questions (FAQs).
Could take the form of communication with tutors or other students, provision of supporting materials such as course information and Frequently Asked Questions (FAQs).
Student tools
eg individual student web pages, ‘drop boxes’ for the upload of course-work, electronic diaries and calendars.
eg individual student web pages, ‘drop boxes’ for the upload of course-work, electronic diaries and calendars.
Management and tracking of students
eg usernames and passwords to ensure that only registered students can access the course; analysis of assessment undertaken by students or their use of materials within the VLE.
eg usernames and passwords to ensure that only registered students can access the course; analysis of assessment undertaken by students or their use of materials within the VLE.
Consistent and customisable look and feel
A standard user interface that is easy for students to understand and use. Courses can be individualised with colours, graphics and logos – but the essential mode of use remains constant.
A standard user interface that is easy for students to understand and use. Courses can be individualised with colours, graphics and logos – but the essential mode of use remains constant.
Navigation structure
Structured delivery of information supported by a standard navigation toolbar. Most VLE software assumes that students will work their way through linear sequences of instructional material. Others are more flexible and will accommodate alternative information structures, eg multi-path case studies.
Structured delivery of information supported by a standard navigation toolbar. Most VLE software assumes that students will work their way through linear sequences of instructional material. Others are more flexible and will accommodate alternative information structures, eg multi-path case studies.
Simple to complex use
There are many ways of using VLEs, ranging from simple uses of a limited range of tools, to support for face-to-face courses, through to entirely online courses that make sophisticated use of a wide range of the VLE's facilities. The diagram below (figure 1) gives some examples of how VLEs can be used, and shows the possible range in their levels of sophistication. These uses can of course be combined in as many ways as appropriate to local needs. You might start using just one or two of the features of the VLE, then develop in sophistication as you become familiar with the system and what it can do.
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As a quick and easy way to use the web to distribute course materials and carry out course administration
This can avoid the logistical difficulties and costs of paper-based distribution and the technical complexities of building a web site from the ground up. Materials are periodically uploaded into the VLE, which acts as a course archive. Students will normally download the materials and view them off-line.
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To act as a gateway to additional online materialsThis could consist of pages of links to other web resources. The VLE can be used to structure the links into meaningful categories and allow students to post their own links.
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To provide a means of communication between students, teachers and outside contributors
Mainly using the discussion board or web based email tools to allow students to ask questions and discuss issues related to the course. This can be particularly useful for communication between different groups of learners at different sites.
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To provide a "shell" for computer-assisted learning resourcesVLEs allow you to embed computer assisted learning programs such as simulations or interactive tutorials into the course site, which provides a ready-made structure for the materials. These can be supplemented with online quizzes and other supporting material.
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To provide further exam practice and to administer summative examsThis could use a databank of questions to generate self-assessment quizzes, then use the same databank to generate a separate quiz made available at a set time for examinations.
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To provide additional support and practice for campus-based students
This might include following up lectures with online tutorials that end with a self-assessment quiz, perhaps with an emphasis on topics students find problematic. Additional support to address problems could be provided via a discussion board.
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To act as platform for collaborative student projects
The VLE can be used by the tutor to set up a task and answer students’ questions about this task. Students can then use communications tools to work on the task together, share files and post their own pages.
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To deliver complete online courses with fully integrated activities, eg distance learning courses
This can include presentation of all course materials, communication between tutor and students, self-assessment, monitoring of progress, and submission and return of assignments. Activities would integrate communication and feedback with content delivery.
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Figure 1: Based on a model by Julian Cook2 and reproduced with his kind permission.