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Integrating IT in Education

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Provide a spreadsheet template. Students make a plan ... Students' role is to observe, categorize and then make the conclusion. ... – PowerPoint PPT presentation

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Title: Integrating IT in Education


1
Integrating IT in Education
2
How IT Helps Education
  • Web Resources
  • Instruction Teacher-centred
  • Learning Student-centred
  • Computer-assisted Learning
  • Stand-alone computers
  • Web-based
  • Integrated WWW Webquest
  • Mindtools

3
Web Resources
  • Sharing of teaching materials
  • Authentic data
  • Learning Systems

4
Instruction
  • Using PowerPoint
  • Multimedia

5
Learning
  • Computer-assisted Learning (CAL) e.g.
    Authorware projects
  • Student-centred activites
  • Individual differences taken care to a certain
    extent
  • Learning sequence still rigid
  • Delivering of information not much different
    from lecturing method
  • For training of specific skills

6
Learning
  • ITS Intelligent Tutoring System
  • AI techniques to simulate human teachers
  • Not comparable to human teachers
  • Training of specific skills
  • Example Electronic Homework http//www3.fed.cuhk.
    edu.hk/ehomework

7
Learning
  • Inquiry-based
  • Training of
  • Subject-specific knowledge
  • High-order skills like searching, evaluating,
    synthesizing, problem-solving
  • Examples

8
Situated Learning
  • Learning occurs when a learner explores in an
    authentic situation through social interaction
    and collaboration

9
Anchored Learning
  • similar to situated learning
  • but with learning/teaching around an anchor (a
    situation or a scenario)
  • Example
  • ????? (Video)
  • Jasper

10
Virtual Labs and Field Trips
Testing and evaluating information through
experiments and in situ examination Examples http
//www.colorado.edu/physics/2000/index.pl
http//www.umuc.edu/virtualteaching/module1/vlabs
.html
11
Problem Solving
  • Deductive powers, inferential reasoning, testing
    assumptions, decision making
  • research project problem-based learning.
  • Texts, images, WWW searching
  • http//www.umuc.edu/virtualteaching/module1/collab
    orative.html
  • Examples
  • The Farmer's Bones
  • ?????

12
WebQuest
  • Inquiry-based
  • Training of high-order abilities besides
    subject-specific knowledge

13
Mindtools
  • mental and/or technological devices which
    support, guide and extend the thinking processes
    of their users
  • simplifies, rather than complicates the user's
    tasks
  • aid the construction of knowledge by compensating
    for three major constraints of the human
    cognitive system
  • the limited capacity of human short-term and
    working memory,
  • the organisation of knowledge in long-term
    memory,
  • and the learner's use of cognitive strategies.
  • Examples
  • Concept Maps
  • Spreadsheet

14
Spreadsheet as Mindtools
  • Why?
  • Constructing a spreadsheet requires deep thinking
    about relationships and represented as rules
  • E.g., to test a hypothesis

15
Spreadsheet as Mindtools
  • How?
  • Computational reasoning tools for analyzing data
  • Mathematics comprehension
  • Simulation modelling tools

16
Computational reasoning tools for analyzing data
  • Offload cognitive effort associated with
    computations
  • Students consider implications of conditions or
    options

17
Mathematics Comprehension
  • Helps identifying relations between variables or
    developing formulas to interrelate them.
  • Example rootfind using synthetic division,
    besection method

18
Simulation Modeling Tools
  • Simulate the process of the product of different
    dynamic systems.
  • E.g.
  • Creating and manipulating economic models (e.g.,
    balance of payments, investment,..)
  • Electrical circuit for students to predict the
    results of changing parameters,

19
Construction of Spreadsheets in the Classroom
  • Provide a spreadsheet template
  • Students make a plan
  • Students adapt existing spreadsheets or design
    new ones
  • Students create and complete a problem-oriented
    spreadsheet
  • Students extrapolate from spreadsheets
  • Students reflect on the activity.

20
Examples of using Spreadsheet
  • Data Representation
  • The purpose of such an application is to use the
    different graphic facilities to represent a set
    of data.
  • Students' role is to collect the data, use Excel
    to represent the data, and then explain what they
    can observe.
  • Example Marks.xls
  • Instruction UsingExcel1.htm UsingExcel2.htm
  • Data resources Hong Kong Economy

21
Examples of using Spreadsheet
  • Relations
  • The purpose of such an application is use the
    variables in Excel to show the relationship
    between two functions.
  • Students' role is to collect the data, find out
    the value of the function or plot the
    corresponding graph, and then explain the
    relationship.
  • Example correlation.xls
  • Instruction correlation.htm
  • Other source Stat.Net http//www.hked-stat.net/co
    mmon/
  • Student work sheet Correlation between 2
    variables.doc

22
Examples of using Spreadsheet
  • Inductive Learning
  • The purpose of this activity is to give a number
    of examples for students to observe, then ask
    them to induce the conclusion.
  • Students' role is to observe, categorize and then
    make the conclusion. They are also required to
    explain why and how they can reach the
    conclusion.
  • Example inductive method.xls
  • Instruction inductive method.htm
  • Student work sheet Inductive Learning Method.doc

23
Examples of using Spreadsheet
  • Simulation
  • The purpose of this activity is simulate the
    process of finding a constant or a formulae
    (e.g., Pi)
  • Students' role is to observe and predict what
    will happen. They should also be given reasons
    for their predictions.
  • Example Find Pi.xls
  • Instruction FindPi.htm
  • Student work sheet Finding Pi Using Excel to
    Simulate the Process.doc

24
Examples of using Spreadsheet
  • Predicting terms
  • Purpose of this activity is to design a worksheet
    that can show a particular term of a sequence
  • Students' role is to predict the term and then
    verify. They are then required to find out the
    relationship between consecutive terms and then
    the general term.
  • Example sequence.xls

25
Examples of using Spreadsheet
  • Graph Sketching
  • Purpose of this activity is to plot the graph of
    a curve with the possibility of changing the
    coefficients.
  • Students' role is to predict what will happen
    when some of the coefficients are changed
  • Example quadequa.xls
  • Instruction quadequa.htm

26
Examples of using Spreadsheet
  • What-if Table
  • This activity is to use the What-if table of
    Excel to demonstrate the possible value of a
    dependant variable when the independent variables
    are changed.
  • Students are expected to predict the change of
    the dependent variable.
  • Example monthlyrepay.xls
  • Instruction

27
Examples of using Spreadsheet
  • Probability
  • This shows the chances of getting one of the six
    events when throwing a die. You enter the number
    of throws and the computer simulate the die
    throwing process. 
  • Students can be asked to guess the number of
    outcomes of a certain event (e.g., number of get
    5)
  • Example probability.xls
  •  Instruction probability.htm

28
Examples of using Spreadsheet
  • http//www3.fed.cuhk.edu.hk/ited/ITinEd303/ExcelUs
    e.htm

29
IT in the Hong Kong Classrooms
30
PowerPoint in the classrooms
  • S6Chemistry (????I)
  • P3 Chinese (????II)

31
Other Activities in the Classroom
  • Problem-based Learning
  • Social Constructivism
  • Inductive Learning

32
Using PowerPoint and one computer system
  • ???http//www3.fed.cuhk.edu.hk/itteachinggroup/act
    ivity_GwongZhouTrip.asp

33
Others
Other videos can be found at \\PC164031\Videos
34
Your Task
  • Work in groups
  • Download the evaluation form
  • Pick a video, download and watch it, then discuss
    with your partners
  • Fill in the evaluation form, you can modify it if
    needed
  • Present to the whole class

35
Conclusion
  • Human factors are the most important
  • Knowledge gained versus Students interest
  • Motivated to Learn versus Motivated to Play
  • Subject Knowledge versus Generic Skills
  • Paradigm-shift Student-centred versus
    teacher-centred

36
Topics for investigation
  • About classroom today topics http//classroomtoday
    .classroom.com/TeachersLounge/About/Topics/topicba
    nk.asp

37
Reference
  • Virtual Resource Site for Teaching with
    Technology http//www.umuc.edu/virtualteaching/vt_
    home.html
  • IT in Education Net, Resource Library
    http//itied.net/res/resources.htm
  • Education World http//www.education-world.com/
  • Office of Educational Technology
    http//www.ed.gov/Technology/
  • Szabo, A. Hastings, N. (2000). Using IT in the
    undergraduate classroom should we replace he
    blackboard with PowerPoint? Computers Education
    35 (2000) 175-187.
  • Jonassen, D.H. (2000). Computers as Mindtools for
    Schools. NJ Merrill.
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