Preparation and multimedia-based presentation of instructional contents by easy-to-use tools

Peter Mirski, Prof. (FH) Mag.
MCI - Management Center Innsbruck
Internationale Fachhochschulgesellschaft mbH
Universitätsstraße 15, 6020 Innsbruck, AUSTRIA
Reinhard Bernsteiner, Prof. Mag.
Schalserstrasse 43, 6200 Jenbach, AUSTRIA


This contribution deals with the use of e-learning in the daily work of teachers and the most often mentioned obstacles for not using it. A study outlines that only about 3-5% of lecturers use e-learning in their courses. To gain an overview of the whole subject an outline of the dimensions of e-learning in schooling is posted. In order to overcome some of the barriers the tool "Easy-E-Publishing" has been developed to provide lecturers an extremely easy-to-use tool for e-publishing. This tool can be used to make first steps in preparing and publishing contents for e-learning purposes. This tool is designed especially for beginners with a very limited knowledge in computers and the web.

Key words:

e-learning, e-publishing, blended learning, content preparation, easy to use tool

1. Introduction

Wedekind estimates in current studies, that only about 3-5% of lecturers in Germany use e-learning. Basis for this extrapolation are results from the project "kevih" within the scope of the BMBF-Förderinitiative "Neue Medien in der Bildung, Bereich Hochschule". The Aim of this project is to present the state of virtual learning offers in German Universities. (URL:

Accordingly e-learning is by far not yet penetrated in the daily teaching and schooling practice. Even though a lot of measures on national and European levels have been placed e-learning is still for a lot of lecturers and teachers something new. It is not the aim to replace the existing presence education by pure virtual learning concepts. The existing presence education should be enriched and enlarged with e-learning elements. In general this concept is called "blended learning".

2. Barriers to use e-learning

What are the reasons that impede a more progressive usage of e-learning. The following barriers can be extracted from various studies and field reports. [f1]

Huge efforts for production and maintanace

The implementation of successful e-learning modules or units is combined with huge startup-investments and efforts as well as expenditures for further usage and maintenance. Even the efforts for learning objects on a didactically high level is very high. Moreover a permanent further development is necessary.

Surplus for didactic aspects

E-learning scenarios must be at least as efficient and effective as traditional education to be accepted in schooling on the long term. It is absolutely crucial to realize and communicate the specific surplus. From the point of view of experts presently the is no didactical surplus of e-learning – compared to presence lessons of nowadays – noticeable.

Qualification and engagement of the involved persons

The meaning of training and education of teachers and lecturers is quite important. The lack of skill of the lecturers is – for a lot of experts – currently the bottle neck for a further propagation of e-learning. In this respect it is necessary to check and find out what type of skills involved persons should have.

Scaleable e-learning platforms

The application of scaleable learning platforms is an important factor, especially for smaller institutions. On the on hand they do not have the rank and file of students and they also do not have lots of e-learning providers on the other hand to offer e-learning-contents economically advantageous in the long run.

The meaning of scalability also depends on the context of the e-learning objects. Many scenarios, starting with simple and static contents to highly dynamic, interactive and attended systems can be considered. Those systems can also be used in cooperation with national and international partners.

Contextless fragmentation of contents

Contents should be fragmented in small units without context – they should be contextless. Thus it should be easier to update e-learning contents, reuse e-learning objects in different context and simplify the search for suitable e-learning objects. Furthermore it should be easier to personalize e-learning modules easier.

Problems in the field of acceptance of existing e-learning objects

A lot of attempts and efforts have been undertaken to establish "knowledge pools" as a basic service for universities and colleges of higher education to develop, implement and install e-learning modules in education. In some cases these efforts do not get beyond a collection of link lists and a compilation of different lessons material.

In many cases a successful implementation and installation does not fail because of technical conditions and financial funds. More often it fails on the acceptance of the used systems. Above all the reuse of already existing e-learning objects and modules developed by other authors are only used in a very limited way. Experts state that the reason for this barrier is rather psychological than technical.

Comprehensive integration of ICT-infrastructure

A comprehensive integration of ICT-departments [f2] (ICT-custodian at school) can on the one hand be a promoter for an augmented adoption of e-learning efforts, on the other hand it is also a precondition. In this case ICT systems would act as a break or barrier in the implementation and deployment of e-learning.

Generally speaking in the current organisational structures in many universities within the European Union it seems that the integration of ICT-infrastructure constrains e-learning efforts to some extent.

3. Dimensions of e-learning in schooling

The following figure shows the dimensions of e-learning in schools and universities.


Fig.: Dimensions of e-learning

Design of integration

Experts point out that a consequent integration, for example e-learning in curricula, setup of e-learning support structures, etc. is necessary to promote e-learning in the daily educational work. Thereby e-learning should not be seen as an isolated field, but rather it should be integrated within the existing structures and culture in everyday life of education on all levels.

Change management

Very often is mentioned that existing structures and culture are not suitable to apply e-learning consequently and lastingly. Against the background of those statements it seems to be necessary to manage and design changes in line with the development of strategies in order to achieve a well formed structure between innovative e-learning concepts and general conditions like existing structures and culture.

Continuous quality improvements

Aspects of quality are seen to be trend-setting for the lasting employment of e-learning. This fact can especially be seen in the discussion of the didactical surplus of e-learning. The comparison of traditional teaching and learning methods and empirical studies that attest e-learning a higher efficiency in learning are quite often asked.


The didactic dimension is in the centre of the implementation of e-learning measures, because finally all e-learning concepts must stand the question as far these measures can achieve the learning and teaching goals.

Cost effectiveness

The economic dimension deals with the question of an enduring financing of the necessary basic infrastructure (e.g. technical equipment, involved persons, ICT-custodians, etc.). Adequate financial concepts have to ensure that after the end of a financing of a startup project the developed e-learning measures can be updated. In many cases it can be observed that the e-learning modules disappear after a very short period after they have been installed.


The dimension of technology is putting the focus on questions regarding the allocation of a suitable, problem-related technical environment. User-friendliness, that is the consequent orientation on usability factors, is one of the key success criteria. The technical infrastructure should just be a set of tools and should not come in the foreground. The ease of maintenance is the next important factor to reduce cost for maintenance and keep the expenses for updating the e-learning objects manageable.


The core principles of the organisational and administrative dimension is to increase the flexibility and adaptability of organisations. At the same time efficient structures, processes and workflows should be installed and promoted. A lot of e-learning scenarios need different conditions than traditional educational settings.


The flexibility and efficiency of formal organisational structures are not sufficient to cope with the cultural changes that are caused by e-learning and other measures for self-learning.

The social and cultural dimension deals with the integration of new media and types of learning on the one side and traditional forms on the other. The main objective is to increase the readiness for innovation of the involved people.

4. Easy-E-Publishing – an easy-to-use tool

The starting point of the project "Easy-E-Publishing" is the assumption that educational material is already (at least to a great extent) as electronically readable files available and, if not it is very easy to transform other material to files without great effort respectively.

It was not the objective of this project to develop another new e-learning platform, provided with outstanding functionality. It was rather the intention to provide a tool that enables teachers and lecturers to publish their tuitional materials without having any knowledge of the web or other technical environments.

This tool has its focus on the preparation and web-based publication of multimedia-based contents in order to produce and publish e-learning objects or units.

There are two main target groups. These are the lecturers first, they should be encouraged to take first steps towards e-learning. The second target group are students and pupils who want to publish their work (projects, results of teamwork, term papers, and so on) easily and quickly.

4.1 Requirements and application areas

Besides a simple publication of learning contents this tool can also be used in the field of

According to the reference model (dimensions of e-learning) described above this tools aims at the economic and technical dimensions. Thus the following requirements can be derived:

The published e-learning contents must be available

4.2 Design and Functionality

Easy-E-Publishing consists of two tools:

4.3 Workflow to prepare and publish e-learning-contents

The following steps give an overview how e-learning contents (files of different multimedia-based formats) can be prepared and published quickly and easily.

Setup of the project

Add files for the project

Create the glossary [if desired]

Create the quiz [if desired]

Generate the project

Publish the project

4.4 Main features of Easy-E-Publishing

The main features are:

4.5 Development environment and prerequisites for usage

Prerquisites for content-users (online-version)

Prerquisites for content-users (offline-version)

Prerquisites for content-publisher

Software development environment

Reasons for using Macromedia Flash

5. Summary and outlook

With the development of the extremely easy-to-use tool "Easy-E-Publishing" there is an offer to lecturers to publish multimedia-base instructional contents. The aim is to support lecturers with a very limited knowledge in computers and the web.

After having finished the development first field tests with a small group of users of different levels of knowledge (novice and more skilled users) will be arranged. Subsequently this tool will be available for a much bigger group of users.

On the basis of a study the question how far this tool helped to encourage lecturers to use more e-learning in their lessons, should be answered. According to the response the development of  "Easy-E-Publishing" will be enhanced and adjusted to the user's needs.

Considering the various dimensions of e-learning additional measures must be taken to increase e-learning in schooling.


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[f1] This enumeration does not lay any claim to completeness – only the most often mentioned reasons are stated

[f2] ICT ... information and communication technology