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The Technology Integration Planning Model (TIP) offers a structured approach to integrating technology into teaching. The model consists of five phases: Determine the Relative Advantage, Decide on Objectives, Design Integration Strategies, Prepare the Instructional Environment, and Evaluate and Revise Integration Strategies. Each phase provides specific steps to ensure efficient technology use that meets educational needs. By following the TIP Model, educators can address challenges and create successful technology integration strategies.
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An Overview of the TIP Model • This model “gives teachers a general approach to addressing challenges involved in integrating technology into teaching”. • “The TIP Model provides a helpful guide on procedures and issues to address” (p. 52).
Phase 1 Determine the Relative Advantage Phase 2 Decide on Objectives Phase 3 Design Integration Strategies Phase 4 Prepare the Instructional Environment Phase 5 Evaluate and Revise Integration Strategies An Overview of the TIP Model • “Each of the model’s five phases outlines a set of planning and implementation steps that help ensure technology use will be efficient and successful in meeting needs” (p. 52).
Phase 1: Determine Relative Advantage • Recognize relative advantage • Phase 1 Questions • What is the problem I am addressing? • Do not focus on technologies • Look for evidence • Do technology-based methods offer a solution with sufficient relative advantages?
Phase 1: Determine Relative Advantage • Estimate the impact • Consider the required effort and expense
Phase 2: Decide on Objectives and Assessments • Example outcomes, objectives, and assessments • Higher achievement, cooperative work, attitude, and improved outcome • Phase 2 Questions • What outcomes do I expect from using the new methods? • Focus on results, not process
Phase 2: Decide on Objectives and Assessments • Make a statement observable and measurable • What are the best ways of assessing these outcomes? • Use written test to assess skill achievement outcomes • Use evaluation criteria checklists to assess complex tasks or products • Use rubrics to assess complex tasks or products
Phase 2: Decide on Objectives and Assessments • Use Likert scale-type surveys or semantic differentials to assess attitude outcomes • Use observation instruments to measure frequency of behaviors
Phase 3: Design Integration Strategies • Deciding on teaching/learning methods • Use directed and constructivist strategies • Phase 3 Questions • What kinds of instructional methods are needed in light of content objectives and student characteristics?
Phase 3: Design Integration Strategies • Content approach • Grouping approach • Whole class, individual, pairs, and small group • How can technology best support these methods? • Refer back to Phase 2 • How can I prepare students adequately to use technologies? • Prepare and teach students before graded product
Phase 4: Prepare the Instructional Environment • Essential conditions for effective technology uses • Adequate hardware, software, and media • Time to use resources • Special needs of students • Planning for technology use • Phase 4 Questions
Phase 4: Prepare the Instructional Environment • What equipment, software, media, and materials will I need to carry out the instructional strategies? • Computers • Copies of software and media • Access to peripherals • Handouts and other materials • How should resources be arranged to support instruction and learning?
Phase 4: Prepare the Instructional Environment • Access by students with disabilities • Privacy and safety issues • What planning is required to make sure technology resources work well? • Troubleshooting • Test-runs and backup plans
Phase 5: Evaluate and Revise Integration Strategies • Evaluation issues • Were objectives achieved? • What do students say? • Could improving instructional strategies or the environment improve results? • Have I integrated technology well? • Phase 5 Questions
Phase 5: Evaluate and Revise Integration Strategies • How well has the technology integration strategy worked? • Achievement and attitude data • Students’ comments • What could be improved to make it work better? • Scheduling • Technical skills • Efficiency