Using the Technology Integration Planning Cycle to Prepare Pre-service Teachers for Multimodal Instruction

Abstract Purpose – Teachers should plan instruction that integrates digital tools into instruction in meaningful ways to promote students’ use of multimodalities. Therefore, it is useful for teacher educators to expose pre-service teachers (PSTs) to a systematic approach to integrating a variety of digital tools into their instruction. In this chapter, the authors discuss on the Technology Integration Planning Cycle (TIPC; Hutchison & Woodward, 2014a, 2014b) as one systematic approach for teachers and teacher educators to consider. Design – This chapter describes the promise of using the TIPC with PSTs to demonstrate and practice how to plan effective literacy instruction to support students’ use of multimodalities. The chapter includes a rich description of how the use of the TIPC might take shape in a literacy methods course based on a composite of courses, students, and activities that the authors have experimented with over time. Findings – Using the TIPC with PSTs requires a structured approach (Hutchison & Colwell, 2016) that includes modeling and scaffolding of PSTs’ knowledge of technology and pedagogy (Beschorner & Kruse, 2016). Therefore, the Gradual Release of Responsibility (Pearson & Gallagher, 1983) might be valuable to consider as a guiding framework for planning course activities and assignments that utilize the TIPC. This chapter provides an example of this type of instruction. Practical Implications – There is a significant need to prepare twenty-first century learners to read and write multimodal text. Thus, supporting PSTs to increase their self-efficacy in using technology for instruction and providing the conditions necessary to develop pedagogical beliefs that make it likely for them to be able to integrate technology in meaningful ways is vital (Ertmer, 2005). Using the TIPC in a literacy methods course in the ways that model and scaffold its use, might be one approach to creating these conditions.