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TECHNOLOGY INTEGRATION

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3 CENTRAL QUESTIONS POSED BY KERR (1996) ... 2. The impact of technology on ... SOCIO-ECONOMIC AND MINORITY STUDENTS RELEGATED TO DRILL-AND-PRACTICE AND ... – PowerPoint PPT presentation

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Title: TECHNOLOGY INTEGRATION


1
TECHNOLOGY INTEGRATION
  • MAROBA M. ZOELLER
  • UNIVERSITY OF NORTH TEXAS
  • AUGUST 5, 2000

2
HOW DOES TECHNOLOGY AFFECT SCHOOLS?
  • 3 CENTRAL QUESTIONS POSED BY KERR (1996)
  • 1. The overall level of adoption and acceptance
    of technology into schools
  • 2. The impact of technology on specific patterns
    of organization within individual classrooms and
    schools
  • 3. Organizational changes under conditions of
    technological change

3
FACTS ABOUT OVERALL LEVEL OF TECHNOLOGY
  • Office of Technology Assessment, 1995
  • Approximately 5.8 million computers in use in
    schools in U. S. (1 for every 9 students)
  • In 1992, average high school 54 computers
  • average elmentary 25

4
INTERNATIONAL COMPARISON
  • ENGLAND , WALES NORTHERN IRELAND
  • SECONDARY SCHOOLS 8-10 Microcomputers per school
  • Elementary campuses - computers usage varies
    depending upon the enthusiasm of teachers
    administrators

5
INTERNATIONAL COMPARISON
  • China - School Administrators hold a collective
    vision for their schools
  • Upgrade teacher competencies in technology
  • Locate quality instructional software
  • Secure more private funds for instructional
    technology

6
INTERNATIONAL COMPARISON
  • Korea -
  • Many problems and difficulties
  • School curriculum is not appropriate to the
    integration of technology
  • Focus has been on programming skills and
    operating knowledge
  • Need software beyond tutorial and
    drill-and-practice

7
INTERNATIONAL COMPARISON
  • SINGAPORE
  • Government Intervention Report of the Economic
    Committee in 1996
  • Computer to Student Ratio 12 with target use of
    40 of class time
  • 2 Billion for Instructional Technology

8
INTERNATIONAL COMPARISON
  • SINGAPORE
  • Masterplan for IT - Trains 23,000 teachers in 4
    dimension framework
  • curriculum assessment
  • learning resources
  • teacher development
  • physical and technological infrastructure

9
Falling Through the Net 99
  • FACTS ABOUT THE GAP IN INTERNET USAGE
  • Gap expanded from 13.5 to 20 in 1999
  • 32.4 OF WHITE HOUSEHOLDS
  • 11.7 OF BLACK HOUSEHOLDS
  • Gap between Hispanic White - Rose to 19.5 in
    1998

10
Falling Through the Net 99
  • ISSUES OF ACCESS IN SCHOOLS
  • LOWER LEVEL INSTRUCTION
  • LOWER SOCIO-ECONOMIC AND MINORITY STUDENTS
    RELEGATED TO DRILL-AND-PRACTICE AND DEFECTIVE,
    OUTDATED HARDWARE

11
Technology Counts
  • Education Week - October 1998
  • Perspectives on Education Technology
  • Impact on Test Scores, Policy perspectives,
    statistics on how technology is taking hold in
    public schools
  • Archer cites NAEP links 4th 8th grade scores to
    computer math learning games and simulations

12
Cuban(1986) Teachers and Machines The
Classroom Use of Technology Since 1920
  • 4 Reasons why Educational Technologies failed to
    meet their potential
  • 1. Teachers lack training skills
  • 2. Equipment and media expense
  • 3. Equipment reliability dependability
  • 4. Instructional material does not fit students
    instructional needs

13
Kozma Croninger (1982)
  • 3 Aspects of School Failure that Educational
    Technology can successfully address
  • 1. Gap between in-school and out of school
    learning
  • 2. Overemphasis on lower order skills
  • 3. Low engagement and motivation

14
David Roger Johnson (1996)
  • Failure of schools to adopt available
    instructional technologies attributable to 2
    factors
  • 1. Individual assumption underlying most
    hardware and software development
  • 2. Failure to utilize cooperative learning
  • The best way to conduct technology-assisted
    instruction is to embed it in cooperative
    learning.

15
Robert Holloway(1996)
  • Factors related to frequency with which
    technology is used in classroom
  • 1. Availability of hardware in classroom,
    building and district media center
  • 2. Amount of teacher input into purchase of
    hardware and software
  • 3. Level of administrative encouragement
  • 4. Amount of training teachers had in use

16
ORGANIZATIONAL CHANGE
  • CUBAN (1993) Computers Meet Classroom Classroom
    Wins
  • Certain cultural beliefs about what teaching is,
    how learning occurs, what knowledge is proper in
    schools, and the teacher-student focus on human
    rather than machine interaction

17
ORGANIZATIONAL CHANGE
  • Mehan(1985) Becker (1994b)
  • Technology teaching teachers appear to be in
    schools
  • 1. Where there is a strong social network of
    many computer using teachers
  • 2. With a full-time technology coordinator on
    staff
  • 3. In a district that provides teachers with
    formal staff development . . .

18
ORGANIZATIONAL CHANGE
  • 4. That have made long-term commitment to
    students using word-processing. . In subject
    matter classrooms
  • 5. That have policies ensuring equity of access
    between boys and girls.
  • 6. Where pattern of use extends beyond basic
    math, language arts, and computer literacy to
    fine arts, social studies

19
ORGANIZATIONAL CHANGE
  • 7. That allocate time at school for teachers to
    use school computer. . . For their own
    professional tasks.
  • 8. That are faced with additional maintenance
  • 9. That need, perhaps most costly of all,
    smaller class sizes for computer using teachers.
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