Authoring environment

Draft

Definition

• An authoring environment is toolkit to build software or digital contents.

• An educational authoring environment allows to create artifacts like web sites, interactive hypermedia, microworlds, simulations,

Some authors make finer distinctions, e.g. in Locatis and Al-Nuaim historical review and analysis (1999), “the term authoring tool refers to a range of software products having utilities for composing, editing, assembling, and managing multimedia objects, while the term authoring system refers to a subset of these products allowing multimedia development without having to program.”

A short history

• PLATO-like systems
• Programming toolkits for Videodisks
• Programming toolkits with multimedia extensions
• Multimedia authoring systems
• Web authoring systems
• Learning object repository and educational object communities
• Half baked systems (see Teacher empowerment)

See also:

• Educational technology for general overview of the field and Educational technologies for other technologies
• Design methodology

Genres

According to difficulty, e.g.

• Programming toolkits, often used together with an integrated development environment (IDE)
• Visual languages to author interactive systems
• Content authoring systems

According to data formats

(see various entries)

• Multimedia formats in various forms (bitmap graphics, vector graphics, etc.), e.g. tools for formats like:
  • Macromedia Flash
  • Macromedia Director
• Interactive educational multimedia
  • See: Multimedia authoring systems
  • E.g. HyperCard or [[Authorware]

• E-learning standards
  • Most LMSs do include an authoring environment through web-based forms. See IMS Content Packaging.
  • Better systems offer support for standards like IMS Simple Sequencing (and hopefully IMS Learning Design in some near future).
  • Activity-based systems like LAMS and CeLS
  • Stand-alone editors like the Reload Editors, eXe or the IMS Learning Design Reload editor.

According to educational function

• Editors for microworlds, e.g:
  • Squeak, in particular its visual eToys scripting language.
  • LEGO Mindstorms
  • ToonTalk
  • AgentSheets

• Editors for simulations
  • STELLA
  • Some microworld tools like SimQuest

• Editors for drill and practise programs (see also CBT)
  • See multimedia authoring systems

• E-learning content editors
  • E.g. eXe

• Editors for quizzing
  • E.g. IMS QTI tools
  • Hot Potatoes

Sociology of authoring and reuse

Authoring by teachers

"Lessons learned" of the East/West group (Spohrer, Summer & Shum, 1998).

• The first lesson can be summarized as follows: 'No matter how easy to use one makes an authoring tool through clever applications of cognitive science and technology, only a small fraction of the people with good ideas about instructional software and capable of learning to use the tools will in fact build things. The majority of people will instead make suggestions and try to influence what the builders are building.
• The second lesson can be summarized as follows: 'Often the people most capable of doing a job such as improving a piece of educational software are prevented from doing the job by social convention, intellectual property protection barriers, or business model restrictions.'
• The third lesson is just common sense in hindsight, and can be summarized as follows: 'What is the first question an authoring tool user should ask before using a tool to create a piece of educational software? Answer: Does the software or something like it already exist, and, if so, who created it and will they allow it to be reused?'

Towards Authoring communities ?

See learning object repository for now ...

Links

• Educational Authoring Tools and the Educational Object Economy, Special issue of JiME.

References

• Dalgarno, B. (1996). Constructivist computer-assisted learning: Theory, technique and tools. Unpublished Master of Science thesis, University of Canberra. (lost in cyberspace ?)

• Dalgarno, Barney (1998), Tools For Authoring Constructivist Computer Assisted Learning Resources: A Review, AsiLite 1998. HTML/PDF. (Note: This article is useful also for other design models using interactive multimedia).

• Dalgarno B (1996) Constructivist Computer Assisted Learning: Theory and Techniques, AsciLite 1996. HTML.

• Dalgarno, B. (2004). A classification scheme for learner-computer interaction. In R.Atkonson, C.McBeath, D. Jones-Dwyer and R.Phillips (eds) Beyond the comfort zone, 21st annual conference of the Australasian Society for Computers in Learning in Tertiary Education, Perth, Australia. Available: PDF.

(This paper describes environments, but is useful for deciding on which criteria you will select a tool)

• Locatis,Craig, Al-Nuaim,Hana (1999), Interactive technology and authoring tools: A historical review and analysis, Educational Technology Research and Development, 47, 3, 9/18/1999, Pages 63-75, DOI 10.1007/BF02299634 (Access restricted)

• Repenning, A., Ioannidou, A. and Ambach, J. (1998). Learn to Communicate and Communicate to Learn. Journal of Interactive Media in Education, 98 (7). HTML Hypertext - HTML

• Spohrer Jim, Tamara Summer & Simon Buckingham Shum (1998). Educational Authoring Tools and the Educational Object Economy: Introduction to this Special Issue from the East/West Group. Journal of Interactive Media in Education, 98 (10). [www-jime.open.ac.uk/98/10 HTML Hypertext] - HTML - PDF