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International Handbook of Information Technology in Primary and Secondary Education Springer International Handbooks of Education, Vol. 20. Joke Voogt & Gerald Knezek (Eds.) http://www.springer.com/978-0-387-73314-2. Leading questions. Aim
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International Handbook of Information Technology in Primary and Secondary EducationSpringer International Handbooks of Education, Vol. 20 Joke Voogt & Gerald Knezek (Eds.) http://www.springer.com/978-0-387-73314-2
Leading questions Aim • synthesize research on ICT in education from a broad international perspective Leading questions • What is the potential of ICT to improve primary and secondary education? • How can the implementation of ICT in educational practice be supported? Target group • Researchers, policy makers and professionals
Contributions of: • 3 advisors • 11 sections • 15 section editors • 76 chapters • 136 authors from 23 countries
Potential of IT • Sect. 3: IT and the learning process, Kwok Wing Lai, New Zealand • Sect. 7: IT and distance learning in K-12 education, Roemen Nikolov & Iliana Nikolova, Bulgaria • Sect. 9: Emerging technologies for education, Cathleen Norris & Elliott Soloway, USA
Implementation Factors impacting the learning process: • Sect. 2: IT and curriculum processes,Joke Voogt, Netherlands • Sect. 4: IT competencies and attitudes,Gerald Knezek & Rhonda Christensen, USA • Sect. 5: IT, pedagogical innovations and teacher learning,Nancy Law, Hong Kong School environment factors • Sect. 6: IT and schools,Sara Dexter, USA Societal environment factors • Sect. 8: IT and the digital divide,Paul Resta, USA & Thérèsa Laferrière, Canada • Sect. 11: International and regional programs and policies,Jef Moonen, Netherlands
Overarching chapters • Sect. 1: Education in the information society, Ron Anderson, USA • Sect. 10 Methods for researching IT in Education, Margaret Cox, UK
Teacher learning and Teacher leadership in the Handbook • What do teachers need to know: • Thomas & Knezek: Standards for teachers • Kirschner et al.: Benchmarks for Teacher Education programs in the pedagogigal use of ICT • Koehler & Mishra (2006): The TPCK framework • What contributes to teacher’s technology integration Knezek & Christensen: Will, Skill Tool model for Technology Integration • Beyond pedagogical knowledge • Riel & Becker: Characteristics of Teacher Leaders for ICT • Voogt: Challenges in coping with an ICT-enhanced curriculum
Standards for teachers (Thomas & Knezek) Teachers should be competent with respect to: • Technology operations and concepts • Planning and designing ICT-rich learning environments and experiences • Integrate ICT in Teaching, Learning and the curriculum • Integrate ICT in Assessment and evaluation • Use ICT for own Productivity and professional practice • Be aware of Social, ethical, legal and human issues International Society for Technology in Education
9 Benchmarks for Teacher Education (Kirschner et al.) • What • Personal ICT competencies • ICT as a mind tool • Social aspects of ICT-use in education • Adopting ICT in Teaching • How • Combining institutional learning and workplace learning • Communities of Practice • Embedding learning in a (personalized) ICT-rich learning environment • Start with structured experiences • Integration in other content domains
The TPCK Framework (Koehler & Mishra, 2006) Technological Pedagogical Knowledge Technological Content Knowledge TPCK = Technological Pedagogical Content Knowledge Pedagogical Content Knowledge
Will, Skill Tool model (Knezek & Christensen) • Enhancing an educator’s will, skill, and access to technology tools will in turn lead to higher stages of classroom technology integration. appr. 10% explained variance Achievement Up to 90% explained variance
Will, Skill or Tool. Which is most important? • Answer: • It depends on the Stage of Adoptionof the Teachers • For USA: • Skill is the strongest predictor (Explains 50% of Variance in Integration) (vs. 10% for Mexico) • For Mexico: • Tool is the strongest predictor (Explains 80% of Variance in Integration (vs. 30% for Texas)
How to move to the next Stage of Adoption? Lower Stage populations need Skills/ Tools to move from: • Awareness (stage 1) to • Understanding the process Stage 2) and • Applying the process (Stage 3) Higher Stage Populations need moreWill (not more Skill): e.g. Stage 6 vs. Stage 5 Teachers: • Creatively adapt technology to new contexts • Have little greater skill than Stage 5 peers • Have much stronger will than Stage 5 peers • Appear to have the traits of Teacher Leaders (Riel & Becker, 2008) and to possess Personal Entrepreneurship (Drent, 2005)
Characteristics of teacher leaders (Riel & Becker) • Levels of professional engagement: • Learning from practice: favouring innovation and divergent thinking • Local collaboration: moving from private teaching to shared professional commitments in the workplace • Professional networking: Access to important sources/ideas through teacher networks • Participation in knowledge building
ICT: Teacher leaders - Private practice teachers • Teacher leaders use computers more frequently for instruction • Teacher leaders use computers more for professional purposes • Teacher leaders use more sophisticated software applications • Electronic mail, multimedia authoring software and presentation software
Challenges to cope with (Voogt) • Difficult to prove evidence of learning with ICT on student learning outcomes • Focus on other goals • Implementation conditions are not optimal • Lack of coherent actions in curriculum implementation • No balance in the curricular spiderweb • Curriculum challenges in the 21st century • Contradictory messages from policy makers: Life long learning competencies vs emphasis on basic skills
How to measure technology integration?Stages of Adoption • Six Stages • Awareness • Learning the Process • Understanding and application of the process • Familiarity and confidence • Adaptation to other contexts • Creative applications to new contexts
assessment content grouping learning activities teacher roles Rationale goals materials & resources time location