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Using IMS Learning Design to Model Curricula Colin Tattersall, José Janssen, Bert van den Berg, Rob...

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Using IMS Learning Design to Model Curricula Colin Tattersall, José Janssen, Bert van den Berg, Rob Koper The Open University of the Netherlands
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Page 1: Using IMS Learning Design to Model Curricula Colin Tattersall, José Janssen, Bert van den Berg, Rob Koper The Open University of the Netherlands.

Using IMS Learning Design to Model Curricula

Colin Tattersall, José Janssen, Bert van den Berg, Rob KoperThe Open University of the Netherlands

Page 2: Using IMS Learning Design to Model Curricula Colin Tattersall, José Janssen, Bert van den Berg, Rob Koper The Open University of the Netherlands.

Overview

• Why model curricula?

• Curriculum modelling requirements

• IMS LD as a curriculum modelling language

• Open ends, discussion points

Page 3: Using IMS Learning Design to Model Curricula Colin Tattersall, José Janssen, Bert van den Berg, Rob Koper The Open University of the Netherlands.

Where are we today?

• An enormous wealth of learning opportunities• No longer:

– start here, do this, then that, …

• Providers offering more freedom to learners to vary their learning choices

• Modularisation of learning programmes– Statistics 101 used in Computer Science, Psychology,

Maths, …

Page 4: Using IMS Learning Design to Model Curricula Colin Tattersall, José Janssen, Bert van den Berg, Rob Koper The Open University of the Netherlands.
Page 5: Using IMS Learning Design to Model Curricula Colin Tattersall, José Janssen, Bert van den Berg, Rob Koper The Open University of the Netherlands.
Page 6: Using IMS Learning Design to Model Curricula Colin Tattersall, José Janssen, Bert van den Berg, Rob Koper The Open University of the Netherlands.
Page 7: Using IMS Learning Design to Model Curricula Colin Tattersall, José Janssen, Bert van den Berg, Rob Koper The Open University of the Netherlands.
Page 8: Using IMS Learning Design to Model Curricula Colin Tattersall, José Janssen, Bert van den Berg, Rob Koper The Open University of the Netherlands.

PSYCHOLOGY BSc Single Honours,

BA/BSc Combined Honours • Compulsory modules for students taking Psychology as part of a two-

subject programme: *#PSY020C101A - Foundations in the Study of Psychology 1 *#PSY010C102S - Foundations in the Study of Psychology 2*#PSY030C103Y - Research Methods: Fundamental Principles

• Compulsory modules for students taking Psychology as a single-subject programme:*#PSY020C101A - Foundations in the Study of Psychology 1 *#PSY010C102S - Foundations in the Study of Psychology 2*#PSY030C103Y - Research Methods: Fundamental Principles

• # - compulsory module for all but minoring students* - module necessary for BPS.

• Single-subject students make up the remaining 60 credits (30 ECTS credits) by selecting 10 credits (5 ECTS credits) from the first two of the following two clusters (a total of 20 credits - 10 ECTS credits). Students then select the remaining 40 credits (20 ECTS credits) from any of the clusters, keeping in mind that this is an opportunity to specialise in an area of interest.

Page 9: Using IMS Learning Design to Model Curricula Colin Tattersall, José Janssen, Bert van den Berg, Rob Koper The Open University of the Netherlands.

Flexibility brings complexity

• What would I have to do to get my BA in Psychology?• What would I have to do to get my BA if I’ve already got

intermediary level qualifications in statistics?• What do I still have to do to get my BA in Psychology

now that I’ve accumulated 22.5 ECTS points?• I’ve moved institutions. What now?• I’m returning after four years absence raising my kids.

What now?

Page 10: Using IMS Learning Design to Model Curricula Colin Tattersall, José Janssen, Bert van den Berg, Rob Koper The Open University of the Netherlands.

Guidance Goal

Position

To Do List

Advice

Improving Internet Skills

Page 11: Using IMS Learning Design to Model Curricula Colin Tattersall, José Janssen, Bert van den Berg, Rob Koper The Open University of the Netherlands.

Model Driven Advice

• If we had a standardised way of describing curricula and programmes, we could create guidance services using these descriptions

Page 12: Using IMS Learning Design to Model Curricula Colin Tattersall, José Janssen, Bert van den Berg, Rob Koper The Open University of the Netherlands.

Requirements (1)• Modular composition:

– Curricula must be able to be constructed from units. Example: in order to reach competency level 3, modules 45a, 33d and 67t must be successfully completed.

• Nested composition:– Curricula must be able to be composed of other curricula. Example: the

Course can be divided into two phases: the propedeutic phase and the post-propedeutic phase. The former consists of the following modules …

• Selection:– It must be possible to specify which elements of a curriculum are mandatory

and which are optional. Example: Students must complete module H101, and may select any two modules from H101, H103, H104 or H105

• Sequencing:– it must be possible to specify constraints on the order in which elements of a

curriculum are to be completed. Example: Students must first complete module “L-A4 An introduction to linguistics”, before being allowed to commence module “L-G5 Psycho-linguistics”

Page 13: Using IMS Learning Design to Model Curricula Colin Tattersall, José Janssen, Bert van den Berg, Rob Koper The Open University of the Netherlands.

Requirements (2)

• Completion:– The requirements for completion of a curriculum element, and of the

curriculum itself, must be able to be specified. Example: Each module carries a specific credit value. Students need to accumulate 60 credits from the optional modules in order to progress from the propedeutic to the post-propedeutic phase.

• Conditional Composition:

– It must be possible to specify conditions under which curriculum elements are to be included or excluded. Example: Applicants whose mother tongue is English are not required to complete module E101. Example: Students who have completed the introduction to Psychology are not required to complete the History of Psychology course. Example: Learners who do not elect to follow the statistics course are required to follow an additional introduction to

algebra course in the elective phase.

Page 14: Using IMS Learning Design to Model Curricula Colin Tattersall, José Janssen, Bert van den Berg, Rob Koper The Open University of the Netherlands.

Requirements (3)

• Formality:– the language must describe a curriculum in a formal way, so that automatic

processing is possible.

• Interoperability:– The language must support interoperability of curricula so that different

support systems can share and exchange information.

Page 15: Using IMS Learning Design to Model Curricula Colin Tattersall, José Janssen, Bert van den Berg, Rob Koper The Open University of the Netherlands.

Related work

• ECTS

• National Open College Network Credit and Qualification Framework’s Technical Specification for Qualifications

• Intelligent Tutoring Systems work

• XCRI

Page 16: Using IMS Learning Design to Model Curricula Colin Tattersall, José Janssen, Bert van den Berg, Rob Koper The Open University of the Netherlands.

IMS LD• Often mentioned in relation to “micro” design• Mostly discussed in relation to a player, handling

delivery• However, can see Units of Learning as

containing other UoLs– unit-of-learning-href

Page 17: Using IMS Learning Design to Model Curricula Colin Tattersall, José Janssen, Bert van den Berg, Rob Koper The Open University of the Netherlands.

A match?

Page 18: Using IMS Learning Design to Model Curricula Colin Tattersall, José Janssen, Bert van den Berg, Rob Koper The Open University of the Netherlands.

Philosophy

Religious Studies

ArtAesthetics

Activity Structure: (minor) – selection, do 1 of 2

Biology

Unit of Learning (programme level)

Activity Structure: sequenceActivity Structure (major): sequence

Activity Structure: selection Activity Structure: sequence

Activity Structure: selection, do 2 of 4

Music

Physics History

GeographyChemistry

Bachelor of General Studies:

The major block of the programme consists of a module on “Philosophy”, followed by the choice of two modules from “Aesthetics”, “Art”, “Religious Studies” or “Music”. Following the major block, two alternative minor programmes are available, students either elect to study, in any order, “Biology”, “Physics” and “Chemistry”, or elect to study first “History” then “Geography”.

Page 19: Using IMS Learning Design to Model Curricula Colin Tattersall, José Janssen, Bert van den Berg, Rob Koper The Open University of the Netherlands.

Processing

• With a curriculum described using IMSLD, and a record of what a learner has ‘completed’, a processor can do some set arithmetic

• Simpler than an LD runtime engine, but not simple– Conditions

Page 20: Using IMS Learning Design to Model Curricula Colin Tattersall, José Janssen, Bert van den Berg, Rob Koper The Open University of the Netherlands.

Philosophy

Religious Studies

ArtAesthetics

Activity Structure: (minor) – selection, do 1 of 2

Biology

Unit of Learning (programme level)

Activity Structure: sequenceActivity Structure (major): sequence

Activity Structure: selection Activity Structure: sequence

Activity Structure: selection, do 2 of 4

Music

Physics History

GeographyChemistry

Bachelor of General Studies:

The major block of the programme consists of a module on “Philosophy”, followed by the choice of two modules from “Aesthetics”, “Art”, “Religious Studies” or “Music”. Following the major block, two alternative minor programmes are available, students either elect to study, in any order, “Biology”, “Physics” and “Chemistry”, or elect to study first “History” then “Geography”.

Page 21: Using IMS Learning Design to Model Curricula Colin Tattersall, José Janssen, Bert van den Berg, Rob Koper The Open University of the Netherlands.

Example

• Driving Goods Vehicles National Vocational Qualification [27]– The Level 3 Qualification is for drivers who can show

broader driving competencies and be considered as professional goods vehicle drivers. Drivers must obtain all 8 mandatory units, plus at least any 2 optional units from 4 specified for a full award.

– Two Activity Stuctures, one dealing with mandatory modules (selection), the other dealing with elective modules (selection, number-to-select=2)

Page 22: Using IMS Learning Design to Model Curricula Colin Tattersall, José Janssen, Bert van den Berg, Rob Koper The Open University of the Netherlands.

Open ends, discussion points

• Requires quite a bit of standardisation

• Curriculum vs route

• Need to check curriculum lifecycle management requirements

• Visualisation– Deep nesting of sequences/selection


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