Title: Computers in Education
1Computers in Education
- The role of ICTs in Meaningful Education. Week 2
Study Period 2, 2006
Ruth Geer
2Learning
- How do you learn best?
- How might technology help you learn?
3Auditory Learning
- Sound 1
- Sound 2
- Sound 3
- Sound 4
- Sound 5
4Visual learning
5School Change
- many demands on schools
- lifelong learning
- changing roles for teachers and students
- demands from the knowledge society
- change because of ICTs
6National Agenda
- knowledge society
- information economy
- life long learning
- globalisation.
7Strategic Framework for the Information Economy 6
- education and training is a crucial underpinning
to Australias success in the information
economy. Our education and training systems must
equip all Australians to be enterprising,
innovative, adaptable and socially responsible
participants in the information economy.
8Learning for the Knowledge Society An Education
and Training Action Plan for the Information
Economy.
- 1. All students will leave school as confident,
creative and productive users of new
technologies, including information and
communication technologies, and understand the
impact of those technologies on society - 2. All schools will seek to integrate information
and communication technologies into their
operations, to improve student learning, to offer
flexible learning opportunities and to improve
the efficiency of their business practices.
9The new and the old
- student role - active
- Curriculum - meaningful
- Social - cooperative
- Assessment deeper level of understanding
- teacher role facilitator, cognitive
apprenticeship - technology use primary source, communication,
exploratory, discovery
10Standards and ICT Usage
- why standards?
- industry, competence, moving on
- what standards?
- basics, operations, office applications,
learning technologies(?) - whose standards?
- the Ed. Dept., the professional association, the
ACS - how to assess standards?
- implicit, explicit, performance
11Theories
- Behavioral theories
- Theorists - Skinner, Thorndike, Gagne
- - observable indications of learning
- - sequence of stimulus - response actions
- Information processing theories
- Theorists - Atkinson, Ausubel, Gagne ( guided
development of Artificial Intelligence) - - model of memory
- - receive and store information
12Information Processing theories
13Constructivist theories
- Dewey learning as a social experience
- Vygotsky learning as a cognitive building
process - Piaget learning occurs through stages of
cognitive development - Bruner learning is cognitive growth through
interaction with the environment - Gardner learning is shaped by innate
intelligencies
14Jean Piaget (1896-1980)
His researches in developmental psychology and
genetic epistemology had one unique goal how
does knowledge grow? His answer is that the
growth of knowledge is a progressive construction
of logically embedded structures superseding one
another by a process of inclusion of lower less
powerful logical means into higher and more
powerful ones up to adulthood. Therefore,
children's logic and modes of thinking are
initially entirely different from those of
adults.
15Howard Gardner (1943- )
- GARDNER, the major proponent of the theory of
multiple intelligences, is Professor of Education
at Harvard University
Linguistic Musical Logical/Mathematical Spatial Ki
nesthetic Intrapersonal Interpersonal Naturalist
16Jerome Bruner (1915 - 2004)
Bruner asserts that learning is an active
process. Children are more likely to understand
remember concepts that they discover themselves
through interaction with others and the
environment.
17Mental activities
- Short term memory (working memory there is a
limit) - Long term memory (permanent storage of memory
skills) - Episodic memory (Stored representation of a
sequence of events) - Declarative knowledge (factual knowledge base)
- Procedural knowledge (stored methods/ how to
perform a process) - Metacognitive knowledge (personal insights into
the accomplishment of cognitive tasks)
18Integration into the classroom
- Type A encouraging the acquisition of ICT skills
- Type B using ICTs to enhance student abilities
within existing curriculum - Type C ICTs as an integral component of broader
curriculum reforms - Type D introducing ICTs as an integral component
of the reforms - http//www.dest.gov.au/sectors/school_education/pu
blications_resources/profiles/making_better_connec
tions.htm
19Reflection
- What are the qualities that teachers can bring
into a learning environment that computers do not
have? - What do we know about the impact of ICTs?
- What are the flaws/ problems in proving the
impact of ICTs on student learning? - http//www.sbceo.k12.ca.us/ims/techcen/EETT/Impac
tofET.pdf - http//images.apple.com/education/research/pdf/Edu
ResearchFSv2.pdf - http//technologysource.org/article/impact_of_comp
uters_on_schools/
20References
- EdNA Schools Advisory Group (2000) " Learning in
an online world School Education Action Plan for
the Information Economy". Available at
http//www.dest.gov.au/schools/publications/2000/l
earning.htm Accessed February 2004. - DETYA (2000) Learning for the Knowledge Society
An Education and Training Action Plan for the
Information Economy. Canberra Available at
http//www.dest.gov.au/schools/publications/2000/l
earning.htm Accessed February 2004. - DEST (2001) Making better connections. Available
at http//www.dest.gov.au/schools/publications/200
2/MBC.pdf Accessed August, 2004. - Grabe and Grabe (2004) Integrating Technology
for Meaningful Learnuing Chapter 2, pp37-78.
21Task for Week 2
- Read Chapter 2 of study guide some of the
associated readings. There are plenty of readings
both from the lecture study guide that you can
do be selective! - Create a web page and record key aspects from
your readings this week. You might like to
reflect on the following questions - What is meaningful learning?
- Do computers enhance student learning?
- What changes are needed for meaningful learning
to occur? - Computer skills -Explore the advanced features of
Word - Track changes
- Index Tables
- Styles
- Headers footers