pedagogy – is it sound and suitable for the needs of your learners?
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Pedagogy – Is It Sound and Suitable for the Needs of Your Learners?. Bernard Scott Head of Flexible Learning Cranfield University Defence Academy Shrivenham Wilts SN6 7HL [email protected]. Jerome Bruner. ..the curriculum of a subject should be determined by the - PowerPoint PPT PresentationTRANSCRIPT
Pedagogy – Is It Sound and Pedagogy – Is It Sound and Suitable for the Needs of Your Suitable for the Needs of Your
Learners?Learners?
Bernard ScottHead of Flexible Learning
Cranfield UniversityDefence Academy
ShrivenhamWilts SN6 7HL
Jerome BrunerJerome Bruner
..the curriculum of a subject should be determined by themost fundamental principles that give structure
to that subject.The Process of Education, 1960, p. 31
Outline of PresentationOutline of Presentation
• The problem of quality• JISC approaches to e-pedagogy• Developing a unified framework for e-
pedagogy• Course design principles and processes• Case study ‘Military Knowledge’• Comparison of HE and MOD approaches
The Problem of QualityThe Problem of Quality
Coopers and Lybrand (1996):Up to two thirds of TLTP materials can
be deemed amateurish due to the lack of sound pedagogy and instructional design
UK Teaching and Learning Technology Programme (1990 – cont), c. £40m
JISC Approaches to e-PedagogyJISC Approaches to e-Pedagogy
• The associative view• The cognitive view• The situative view
“These are not mutually exclusive but imply a different set of priorities for learning and teaching”, Designing for Learning, JISC
The Associative ViewThe Associative View
• Routines of organised activity• Clear goals and feedback• Individualised pathways• Task analysis• Progressive sequencing of components• Clear instructional approaches for units• Highly focussed set of objectives• Accurate reproduction of knowledge or
skill
The Cognitive ViewThe Cognitive View
• Conceptual development • Ill-structured tasks and problems• Opportunities for reflection• Ownership of the task• Experimentation and discovery• Coach thinking skills• Develop learner autonomy• Crediting varieties of excellence• Developing self- and peer-evaluation skills
The Situative ViewThe Situative View
• Participation in social practices of enquiry and learning
• Development of identities as capable and confident learners
• Safe environments for participation• Development of practitioner identities• Facilitating learning dialogues and relationships• Crediting participation• Authenticity of practice• Involving peers
LeLearning Theory (1)arning Theory (1)
Please note down your thoughts
What is learning?
What do we learn?
What helps us to learn?
Organisms are Organisationally Closed/Autopoietic Organisms are Organisationally Closed/Autopoietic SystemsSystems
A self-organising system is “A coherent space-time structure at the macro level” (Prigogine)
Organisational closure/autopoiesis: “Processes produce products that embody processes” (Maturana)
Energy/matter Waste products
Perturbations Adaptive reactions
Learning Learning TTheory: First Principles (1)heory: First Principles (1)
• “The environment contains no information. It is as it is.” “Everything that is said is said by or to an observer.” Heinz von Foerster
• Learning is constructive and conversational
Heinz von FoersterHeinz von Foerster
Learning Learning TTheory: First Principles (2)heory: First Principles (2)
• “Man is a system that needs to learn.” “Teaching is the control of learning.” Gordon Pask
• Adaptive, conversational systems that provide support (scaffolding)
The Dynamics of LearningThe Dynamics of Learning
• Need for variety• Uncertainty reduction• Awareness/consciousness• Proceduralisation• Remembering and forgetting – the
roles of practice and story telling
Gordon PaskGordon Pask
Self-Adaptive Keyboard Self-Adaptive Keyboard Instructor (SAKI)Instructor (SAKI)
Classroom of the Future (1961)Classroom of the Future (1961)
Behaviour ModificationBehaviour Modification
Complex behaviours
Simple behaviour
Sequencing rules
Conditioning rules
Discriminating stimuli
Reinforcement
Response
Stimulus
Complex concepts
Concept
Concept classes
Concept exemplars
Problems
Solutions
Knowledge of results
Concept labels and rules
Cognitive ConstructionCognitive Construction
Socially Situated LearningSocially Situated Learning
Socially embedded activity
Discursive practices
Emergence of individual identity, acquisition of knowledge, skills and attitudes
Emergence of reflective practitionersand learning communities
Learning as ConversationLearning as Conversation
Conceptual system
Concept or skill
Topics analysed andmapped as knowable
wholes
Tasks analysed for a particular topic
Tasks set
Tasks performed
Questions and answers about
how
Questions and answers about
why
Learner Teacher
Course Assembly System and Course Assembly System and Tutorial Environment (1972)Tutorial Environment (1972)
A ‘Full’ Learning Conversation A ‘Full’ Learning Conversation
How and why of topicHow and why of topic
How of learning
Why of learning
Teacher Learner
After Harri-Augstein and Thomas
The Learning Community: Learning As The Learning Community: Learning As Iterative, Recursive, Propagative Processes Iterative, Recursive, Propagative Processes
of Reflection and Communicationof Reflection and Communication
v
IterationPropagate
Recurse down
Recurse up
Propagate
Learning Theory (2)Learning Theory (2)
Please note down your thoughts
How do subject areas differ?
How do learners differ?
How do we learn to learn?
Course DesignCourse Design
Please note down your thoughts
What makes for a good course?
How do we ensure the learning designs within a course support effective learning?
Course Design: PrincipleCourse Design: Principless
A clear mapping between course components
Course Design: ProcessesCourse Design: Processes
Curriculum developmentPedagogical model
Course design, developmentand delivery on a project basis
Support and trainingQA
Knowledge and Task AnalysisKnowledge and Task Analysis
Task structure (Precedence Chart)Task structure (Precedence Chart)
Learning from Expository TextLearning from Expository Text
• Genre or text object type signposted• Legible (font, background, location)• Readable (grammar, sentence length,
vocabulary)• Comprehensible (local and global
coherence of argument structures)• Learnable (promotes active learning
and reflection)
Using Activities and Formative Using Activities and Formative AssessmentAssessment
Using Activities to Promote Learning
Introductory Activity Follow-on ActivityLesson ContentFeedback Feedback+ +> >
RaiseAwareness
Prepare,Motivate
ExplainConcept
Demonstrateskill
Consolidate,Elaborate
Practice,Reinforce
The “tutorial in print” (after Rowntree)
MK2 Knowledge MapMK2 Knowledge Map
Delivering Capability
PART AINTRODUCTION
A1STRUCTURES
Factual Area
Procedures
Part
Module
Section
Relationship
Link
Structures
KEY:
A2.1Joint Doctrine
A1.5Management of
DefenceResources
A1.1MOD
A1.2Civil
Service
A1.3Allies
A1.4PJHQ
A2.2Campaign Planning
A2 - DOCTRINE
PART CAPPLYING CAPABILITY TO OPERATIONS(THE BATTLESPACE)
C5THE OPERATIONAL
PLANNING PROCESS
C6CONDUCT OFOPERATIONS
C1THE BDE IN
THE DIV
C7MEASURINGCAPABILITY
C5.1 - BdePlanning Process
Ouput ismeasured in
terms ofOperational
Effectiveness
Operationsuse
Capability
C6.1Offensive Ops
C6.2Defensive Ops
C6.3Delay Ops
C6.4Transitional Ops
C6.5OOTW
C2BRITISH APPROACH
TO OPS
PART BDELIVERING CAPABILITY(THE BUSINESS SPACE)
B2.1Project
ManagementB2.2
ResourceManagement
B2.3Change
Management
B2.5Personnel
Management
B2.4Risk Management
B2.6R&M
B1DELIVERINGCAPABILITY -PROCESSES
B1.2Defence
Plannning Process
B1.3EquipmentProgramme
B1.4Acquisition
Process
B1.5Measurement
B2DELIVERINGCAPABILITY -
PROCEDURES
C4SCIENCE &
TECHNOLOGY
C3 - EQUIPMENTCAPABILITY
Capabilityuses
technology
C3.1
CIS
C3.2
ISTAR
C3.3
DBE
C3.4
IBE
C3.5
ManouevreSupport
C3.6
AD
C3.7
CBRN
C3.8
Tactical andStrategic Mob
C3.9
CSS
C3.10 -Mod and
Sim
TSO
C4.1STATISTICS
C4.2EQPT
DESIGN
C4.3CIS
TECHNOLOGY
C4.4ISTAR
TECHNOLOGY
C4.5MANOEUVRETECHNOLOGY
C4.6LETHALITY
TECHNOLOGY
C4.7SURVIVABILITYTECHNOLOGY
Technologyreferences
TSO
How a Divmeasures
effectiveness ofcomponent Bdes
C1.1Structure ofDiv and Bde
HQsB1.1
Capability
Measurement ofOperational
effectiveness feedsback into
the planning process
Created and managed by Systems Consultants Services Ltd and the MOD
MK Module TemplateMK Module Template• Modules, Sections and Lessons have titles• Module contents listing• Module Learning Outcomes (LOs)• Module Introduction
• Section LOs• Section Introduction
• Lesson LOs• Lesson Introduction• Lesson Content
• Activities• Examples• Figures, Tables
• Lesson Summary• Section Summary• Recommended further reading
• Module Summary• Self Assessment Questions (SAQs), organised by Section• SAQ answers, organised by Section• References
Advance Organiser: MK2 Advance Organiser: MK2 Interactive Knowledge MapInteractive Knowledge Map
Concept Maps: Fighting PowerConcept Maps: Fighting Power
Process Maps: The Doctrinal Process Maps: The Doctrinal CycleCycle
MK2 Lesson IntroductionMK2 Lesson Introduction
Delivering MK2 – The Full Pedagogic Delivering MK2 – The Full Pedagogic ModelModel
• Searching and learning about resources, knowledge management
• Mentor support• Peer-peer learning• Student tracking and assessment• Student records• Integration with residential courses –
blended learning• Evaluation studies
Designs for Collaborative Designs for Collaborative LearningLearning
• Group or individual tasks• Dissemination to peers• Exchange of critical reviews• Revise, iterate• Tutor as learning facilitator, learning
coach, subject matter expert, assessor
HE and MOD ApproachesHE and MOD Approaches
• CU has been tasked to consider how the Defence Systems Approach to Training (DSAT) maps to HE procedures
• Overall pedagogic model (CU) = instructional strategy (MOD)
• Learning designs (CU) = instructional design tactical solutions (MOD).
• Academic QA <= DSAT QA
References and ResourcesReferences and Resources• Von Foerster, H and Poerksen, B (2002). Understanding Systems, Kluwer,
Dordrecht.• Harri-Augstein, S and Thomas, L F (1991). Learning Conversations,
London, Routledge.• Laurillard, D (2002). Rethinking University Teaching: A Conversational
Framework for the Effective Use of Learning Technologies (2nd Ed), Routledge, London
• MOD (2005). Army e-Learning Guidelines.• Pask, G (1975). Conversation, Cognition and Learning, Elsevier,
Amsterdam.• Pask, G and Scott, B (1973). "CASTE: a system for exhibiting learning
strategies and regulating uncertainty", Int. J. Man-Machine Studies, 5, pp. 17-52.
• Reigler, A (ed) (2005). Radical Constructivism, http://www.univie.ac.at/constructivism/
• Rowntree, D (1990). Teaching Through Self-Instruction: How to Develop Open Learning Materials, Kogan Page, London.
• Ryan, S, Scott, B, Freeman, H and Patel, D (2000). The Virtual University: The Internet and Resource Based Learning, Kogan Page, London.
• Scott, B et al (2005). The Online Learning Knowledge Garden, http://ollkg.rmcs.cranfield.ac.uk/.