MISA: Difference between revisions
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* MISA is an instructional engineering method describing graphically the instructional desing processes and their products which define completely a learning system. MISA supports 35 main tasks or processes and around 150 subtasks. The method has been totally represented within the MOT knowledge editor. [http://www.licef.teluq.uquebec.ca/gp/eng/productions/misa.htm] | * MISA is an instructional engineering method describing graphically the instructional desing processes and their products which define completely a learning system. MISA supports 35 main tasks or processes and around 150 subtasks. The method has been totally represented within the MOT knowledge editor. [http://www.licef.teluq.uquebec.ca/gp/eng/productions/misa.htm] | ||
* MISA = | * MISA = Méthode d'Ingéniérie cognitive de Systèmes de Téléapprentissage | ||
== MISA Components == | == MISA Components == | ||
Revision as of 15:33, 23 July 2006
Definition
- MISA is an instructional engineering method describing graphically the instructional desing processes and their products which define completely a learning system. MISA supports 35 main tasks or processes and around 150 subtasks. The method has been totally represented within the MOT knowledge editor. [1]
- MISA = Méthode d'Ingéniérie cognitive de Systèmes de Téléapprentissage
MISA Components
The MISA method identifies four axis
- DC: Design of Content (know-that and know-how)
- Knowledge and Skill Representation
- DP: Design of Pedagogical specifications
- Application of Teaching Methods and Approaches
- DM: Design of Materials
- Specification of Learning Materials
- DD: Design of Delivery
- Delivery Planning
There are 6 phases:
- Definition of the project (dossier)
- Preliminary analysis
- Definition of the course architecture
- Design of the various elements
- Implementation and validation
- Diffusion (field implementation)
Roughly, a timeline for development could look like this:
The 4 components split over the 6 phases lead to the 35 main tasks:
Software
MOT is a software tool (free for non-profit organizations we believe) that can be obtained from Cognigraph.
Links
References
- Gilbert Paquette, Instructional Engineering in Networked Environments, Wiley, ISBN 0-7879-6466-2
- (Todo: Add the 2 french books)