To Örebro University

This thesis is aimed at exploring the ways in which a digital technology, the interactive whiteboard (IWB), interplays with preschool teachers’ teaching practices. In the literature and ongoing debates there are different claims about if and how digital technologies can contribute to children’s development and solving preschool educational challenges. The ways children learn from and by digital technologies have been widely studied, however, there is relatively little research on how digital technologies interplay with teachers’ teaching. Correspondingly, the approach taken here to the ways in which digital technologies contribute to early childhood education is based on preschool teachers’ practices and reasonings.In particular the focus is placed on the following research questions. How do preschool teachers reason about the embedding of IWB into their teaching practices? How do preschool teachers use IWB to structure their teaching practices? How do preschool teachers scaffold children’s learning processes in a context where IWB is used? How do IWBs mediate teaching actions? and What is privileged in the IWB-mediated teaching actions?

To address these research questions, three sets of empirical data have been collected. These datasets, including interviews with preschool teachers and video observations of their teaching using IWB, were collected in 2012-2013 within the frame of the licentiate thesis and in late 2017 and early 2018 within the framework of the PhD thesis. Analytically, the study is built on a sociocultural perspective that assumes that learning is a constant social process.

The findings of this study provide empirical knowledge regarding how preschool teachers reason about their use of IWB in teaching. The findings of the study, further, show that preschool teachers use diverse strategies to structure their teaching practice using the opportunities that IWB offers. The teachers’ use of IWBs exemplifies the ways they take into account the available technological features to support children’s learning within their ZPD.

In its identification of scaffolding actions, this study provides rich details about how preschool teachers use a particular digital technology, IWB, in their teaching to support children’s learning and development. Scaffolding is seen as a collaborative process where preschool teachers’ active participation and emotional support plays an important role in fulfilling the given practices, and leads children’s learning to a higher level. By exploring how teachers’ teaching actions are meditated by the mediational aspects of IWB and what is privileged in the IWB-mediated teaching actions, the current study, moreover, contributes to mapping the desirable or undesirable consequences of using digital technologies in early childhood education. It also exemplifies how the use of IWB interplays with preschoolt eachers’ teaching practices.

The new dimensions to scaffolding theory constructed in this thesis, further, contribute to expanding of Wood et al. (1976) theory. This can have significance for other studies using digital technologies in educational settings and can contribute to early childhood education, since early interventions, such as the ways preschool teachers support children, are particularly crucial for a child’s learning and their development later on in life.

This study aimed to explore preschool teachers' actions in order to support children's learning processes in a context where an interactive whiteboard (IWB) is used. Five preschool teachers and 22 children aged 4-6 were video observed in 2017 and early spring 2018 over a period of 5 months. The findings of the study revealed 21 scaffolding actions which preschool teachers used including: Concretizing, Questioning, Instructing, Providing space, Affirming, Providing feedback, Inviting, Watching, Laughing together, Approaching, Standing/sitting beside, Simplifying, Filling in the blanks, Confirming, Participating, Challenging perception, Challenging thought, Explaining facts, Displaying, Explaining solutions, and Referring back. By characterizing teachers' actions in relation to different scaffolding functions, the relationship between action and scaffolding function was particularly clarified. Six of the functions, including recruitment, direction maintenance, marking critical features, reduction in degrees of freedom, frustration control and demonstration were aligned with Wood et al.'s (Child Psychol Psychiatry 17:88-100, 1976) theoretical framework. By identifying two additional functions, i.e., mutual enjoyment and participation in the activity, more importantly the study contributed to the development of Wood et al.'s (Child Psychol Psychiatry 17:88-100, 1976) theoretical framework. It can be said that the findings of the study expanded and deepened our understanding regarding scaffolding processes and the ways they can be implemented in teaching practices.

This paper aims at exploring the roles preschool teachers give technologies in mathematics education and the ways they structure their mathematics learning activities using interactive whiteboard (IWB) as a technological artefact. Data collected from observations of three preschool teachers embedding IWB in a preschool practice in Sweden provided the primary data sources. The findings suggest that the use of IWB in preschool can be viewed as 'Multisensory resources to engage young children's reasoning', 'Challenging young children to engage in problem-solving activities' and 'Taking the child's interest as a point of departure'. This study also highlights the importance of preschool teachers' pedagogical and technological knowledge that shape and mediate the ways they embed IWB in preschool pedagogical practices.

This paper aims to investigate the ways in which teachers enact the interactive whiteboard (IWB) in Swedish preschools in relation to preschool children’s mathematical learning. Data collected from interviews with four preschool teachers have provided the opportunity to consider the potential of IWB to facilitate a creative approach to young children’s mathematics education. The findings suggest that IWB use in preschool is mostly viewed as “Space for children to involve in problem-solving situations”, “Supporting collaborative learning and mutual negotiation”, “Goal-oriented mathematics learning facilitated by IWB” and “Retaining children’s interest in learning activities”. This study also highlights the importance of teachers’ technological knowledge and skills in mediating the interaction and facilitating the use of IWB in preschool pedagogical practices.