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Digital Personal Stories: A Case Study of Two African Adolescents, with Severe Learning and Communication Disabilities

Val Critten* and Natalia Kucirkova

The Open University, Milton Keynes, UK

*Corresponding Author:
Val Critten
The Open University, Walton Hall, Milton Keynes, UK, MK7 6AA
Tel: +44 1908 659204
E-mail:
[email protected]

Received Date: October 24, 2015; Accepted Date: November 16, 2015; Published Date: November 26, 2015

Citation: Critten V, Kucirkova N. Digital Personal Stories: A Case Study of Two African Adolescents, with Severe Learning and Communication Disabilities. J Child Dev Disord. 2016, 1:7.doi: 10.4172/2472-1786.100007

 
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Abstract

Context: This action-research case study used a formative experiment methodological framework to examine how two adolescent boys with learning disabilities engaged with an iPad app to create and share their own digital stories. The boys were African immigrants with English as additional language and severe speech and communication difficulties.

Case Report: Video observations of the key steps of the action research cycle and interviews with the boys’ teacher and teaching assistant were analysed using content analysis. Findings revealed that despite having some difficulties with learning some of the functions of the app, the boys were able to communicate their ideas to others, take ownership of the story by deciding on photographs and storylines and develop some social skills by presenting the stories to others in the class.

Conclusion: Using the Our Story app was helpful in facilitating a sequential arrangement of the pictures and their annotation with sounds and short captions. Study findings are discussed in relation to using iPad apps with children with severe learning disabilities.

Keywords

Learning disabilities, Communication difficulties, Personalised storytelling, Story ownership, iPads, Apps

Abbreviations

AAC: Augmentative and Auxiliary Communication, ASD: Autistic spectrum disorder, EAL: English as an additional language, PMLD: Profound and multiple learning difficulties, SLD: Severe learning difficulties, IT: Information technology

Introduction

Without a doubt, digital technologies play a growing role in the lives of young children, including children with learning and communication disabilities. Children with learning disabilities have historically been early adopters of technology, given that technology is often the only means facilitating these children’s communication and social interaction with others [1].

Our previous findings and several other reports show that iPads and comparable tablets are part of the growing technology mediated communication of children in special education in Western countries. Unlike previous technologies which were often too loud, too big or too heavy for inclusion in standard SEN classroom, iPads do not embody these terms [2]. Indeed, people with disabilities note that iPads may represent a shift in the “deficit discourse” [3], according to which mobile technologies can be used seamlessly and without disruption in everyday activities, including learning in the classroom. Thus, increasingly, educators are curious and keen to understand iPads’ learning potential and appropriateness for all students [4]. The notion that iPads might be supportive of children’s learning involves an understanding of the specific characteristics of iPads and of the “apps”, that is programs which deliver specific content on the devices.

iPads’ Main Features and Apps

iPads are touch-screens which means that they can record “the touch point of a finger or stylus” [5]. iPads and similar digital tablets have replaced mouse and keyboard interaction with the direct possibility of touch or multi-touch to initiate a response from the device. This is a major advantage for children with physical disabilities, who often struggle with the mousebased manipulation of PCs and laptops. Unlike technologies of the previous decade, iPads are portable and light-weight, which facilitate their use in schools and in activities requiring portability (e.g., when taking photographs outdoors). Thanks to a variety of inbuilt technologies (e.g. camera, video, typewriter and microphone); iPads facilitate the production of various multimedia artefacts such as films, digital stories, texts and drawings. These assets are increasingly becoming an important means of interaction and expression for all young children [6].

Software programs are available for iPads in the form of apps currently offered on the App store (approximately 80,000 for iPads alone). However, not all apps offered in the educational category truly support children’s learning, indeed “many so called educational apps lack design, instruction, content, and other vital features of high-quality educational software” [7]. Conversely, emerging research shows that when the content of apps is selected and aligned with individual children’s needs, they can support children with disabilities to acquire or develop specific learning skills. For example, researchers [8] showed how an iPad-based video modelling package was used by a five-yearold boy with an autism spectrum disorder to teach him basic numeracy skills. In our previous study, we showed how the use of an iPad story-making app enabled a girl with complex language and communication difficulties to communicate her feelings to others in the classroom and school [9]. In this study, we focus on a specific iPad app called “Our Story”.

Our Story was developed by a group of educationalists and psychologists at the Open University in England in 2011 and is freely available as a public download on the iTunes and Googlemarket app stores. The app was used previously with children with complex needs [10] and has been shown to support parent-child engagement at home [10] and peer collaboration in the classroom [9]. The design of Our Story harnesses the learning potential of story-sharing and story-creating by building on Vygotsky’s learning theory [11]. This is reflected in the app’s filmstrip feature, which allows for a progressive use of more demanding skills within the child’s zone of proximal development [12], as well as the possibility for users to share created stories with selected audiences online, i.e. collaboratively developing knowledge through shared artefacts [13]. The app is open-ended to encourage a child’s creativity but is also accompanied by some help pages, guiding the user through the app’s affordances. The design follows Vygotsky’s point that knowledge is co-constructed in dialogue with others or more specifically, between children and their parents/ teachers. Figure 1 shows the app’s opening screen.

childhood-developmental-disorders-opening-screen

Figure 1: The opening screen of the Our Story app.

Previous research into the use of Our Story has focused on nursery-aged and primary-aged children or older children with moderate learning difficulties [14,15,9]. This study aimed to complement this research and explore whether the app could be used successfully with two adolescent boys for whom English is an additional language (EAL) and who have severe learning disabilities, poor communication abilities (verbal and non-verbal) and difficult social behaviours, as described in detail below.

Children’s Learning and Communication Disabilities

The children in the study were assessed and identified as having severe learning difficulties (SLD) by the school, which means that their IQ score is below 50 [16]; that they are unlikely to be able to learn to read or write to any extent; and often have problems with the communication and understanding of language, possibly due to difficulties with deficits of working memory processes and the storage of information [17,18]. In addition, in common with 40-50% of teenagers diagnosed with severe learning difficulties [19], the boys had associated behaviour problems which require specialised services and coordinated care.

There are a large number of programmes designed by speech and language therapists to enable children with SLD to improve their understanding of social communication, and to express their needs and desires [20]. These might encompass Augmentative and Auxiliary Communication (AAC) aids for non-verbal children; a multi-modal approach of verbal and non-verbal therapies including sign language, for example, Makaton [21,22]; or assistive technology on iPads or other digital tablets [1]. However, the functional vocabulary provided by speech therapists, teachers, or by the digital providers, may not be sufficiently individualised to each child in order for them to express themselves in any depth, especially taking into account their specific lifestyles and cultures [20]. The Our Story app supports individualised (or personalised) support for children’s communication of ideas and we were therefore keen to see how its use, together with the easy and intuitive use of iPads [23] might support the communication abilities of two boys with severe learning disabilities.

The study was framed as action-research, defined as ‘participative, grounded in experience, and action-oriented’ [24]. Action research can employ a diverse range of study designs and methodologies [25] and we used the formative experiment methodological framework [26]. Formative experiment aims to establish how a specific instruction-related design might support specific outcomes as well as the conceptual development of the actual intervention [27]. Unlike traditional intervention research which often relies on “fix it approaches”, formative experiment is located in the perspective of multiple realities [28]. Rather than the cause of change, the instrument of intervention (in this case the Our Story app), is conceptualised as “something that can be used, by the school as well as the researcher, to support changes” [29]. Consequently, the research procedure integrates the pedagogical goal (i.e. the desired outcome) into to the process of the intervention [30] and uses the methodology of formative experiment as a way of investigating the instructional and intervention components of the study. Reflection is a fundamental element of the approach, as it serves as a connecting point between action and research [31]. Reflection also helps the researchers understand about participants’ views and, in collaboration with the research participants, to “contemplate what can be learned from the experiences” [32].

At the beginning of the study, a teacher in a local special school approached the authors with the idea of trialling the iPad app Our Story with two of his students in the classroom. The teacher (Mr P) thought that if the boys were given access to forms of digital technology that they could understand and use, they might improve their verbal and non-verbal communication and help them to express their ideas, and reduce their frustrations of not being able to communicate their ideas in the classroom. Thus the pedagogical goal in the study was to support two boys, who had extreme difficulties with communicating and expressing their ideas, using the Our Story app.

The research question was: How can the Our Story app be used with pupils with severe learning and communication disabilities, to facilitate the expression and sharing of their ideas and support the development of their verbal and non-verbal communication abilities?

Case Report

Study Participants

The case study focuses on two boys (Jimmi and Aaron, both pseudonyms) who had come to England with their families from different African countries three years before the start of the case study. In addition to SLD, the two boys had the additional difficulties of communicating in a different language and living within a different culture [33].

Jimmi was aged 16 at the time of the study. He was over 6ft 6ins tall and well-built with a slight coordination difficulty apparent in his legs when walking. He had SLD and associated social and cognitive learning difficulties, and has been identified as having an autistic spectrum disorder (ASD). Jimmi was observed to often chatter to himself in the classroom, either echolalic phrases or non-words or sounds, and communicated to others using one or two-word phrases and some functional Makaton signs [34], such as drink or food. He would typically respond to questions by repeating the last two words of the question, sometimes several times to process the information, before responding appropriately, or not at all. Jimmi had a short attention span, less than 2 minutes, and had to be repeatedly re-focused by staff when working on a task in the classroom.

Aaron was aged 18 at the time of the study and similarly to Jimmi, was a very tall (6ft 2ins) and well-built boy, with generally good coordination. He was diagnosed with SLD and speech impairment (he was unable to clearly articulate words and only spoke in one or two-word phrases in English and with some basic Makaton signs). Aaron’s family spoke French at home but if members of staff speak to Aaron in French in the school, he would say ‘No French’ and would not answer. Aaron appeared to like others in the class apart from Jimmi, who he liked to annoy by making sounds or non-verbal gestures.

Mr P taught the boys in the Post-16 class of seven pupils and four support staff, including Jenny, who worked with the boys in the study. He used the Our Story app with the class before the case study to present pictures of class trips and to familiarise the students with iPads. He thought that Aaron and Jimmi could be encouraged to use the Our Story app to communicate their own ideas and stories. The teacher’s strategy for using iPads with the boys could be described as “constructive”, which, according to researchers [35], is the most desirable strategy for using digital media with children with disabilities. Constructive use of technology involves accommodating, supporting and building on children’s and young people’s media activities (pg.193). It is the most difficult strategy to implement in a classroom as it requires a range of procedures for facilitating children’s engagement with digital technologies. Mr P was keen to support the boys’ spontaneous interests, introducing them to the various uses of iPads and negotiated with them the use of the device. Such a constructive orientation was reflected in the boys’ enjoyment and intrinsic motivation to use the devices.

Mr P was supported by Jenny, a teaching assistant who was motivated to use new technologies, such as iPads, with the children in the classroom. Jenny was present at most of the researcher visits and has actively supported the two boys’ engagement with the app.

Study Context

The study took place in a special school in the South Midlands in the UK, catering for pupils (aged 2-19 years) with SLD; profound and multiple learning difficulties (PMLD); ASD and complex needs. The majority of the pupils also had communication difficulties due to their learning difficulties or to articulation problems; and some had physical difficulties ranging from dyspraxia to severe cerebral palsy, and used wheelchairs for mobility. The school had a wide range of specialist facilities including a multisensory interactive learning environment, Optimusic Room, soft play room, dark room, a hydrotherapy pool with sensory equipment and a range of therapy rooms. All the classrooms contained large touchscreens and iPads, and all the teachers had their own iPads for photographing and recording the pupils’ activities and progress.

Methodology

The intervention consisted of extended researcher visits to the school, focused on the use of the Our Story app with the study participants. The visits were undertaken as follows:

• An initial presentation about the study and the Our Story app which was given to all staff in the school;

• A meeting with the teacher, Mr P and Jenny, to talk through the aims of the study;

• An initial visit to the Post-16 class to meet the students and the two boys;

• Three visits to the class to view and record progression of the boys’ responses to learning and using the app;

• A visit to conduct post-study interviews and check the boys’ ongoing use of the app and observe any sustained improvements in their communication abilities.

The study was designed as a series of action research cycles in order to be able to assess and reflect on each cycle and evaluate the outcomes with Mr P and Jenny at each stage. The researcher (first author of this paper) collected data by observing how the two boys, Mr P and Jenny used the app in the classroom, by videorecording the key interactions, taking field notes and recording interviews with Mr P and Jenny, using an interview protocol developed in discussion with the second author of the study. The video and observational data (in the form of field notes) were analysed by both researchers, with main themes captured in the description of individual tasks of the research cycle. The interview data were transcribed and analysed using content analysis and the development of emerging themes [36,37]. Both Mr P and Jenny were sent the transcripts for their approval and amendment, if necessary.

The study was approved by the Open University Ethics Committee and followed the British Educational Research Association's ethical guidelines for educational research [38] which advises that participants are treated “within an ethic of respect”. As the boys had severe learning difficulties, appropriate informed consent was given by the boys’ families after discussions with Mr P who visited both families prior to the study. Pseudonyms were used to protect participant identity. Consideration was given that the boys did not get fatigued by the sessions, and photography and filming was stopped if the boys appeared disturbed or uncomfortable.

Findings

There were five action research cycles, developed to enable the students to take photographs of their own interests; to teach them how to use the app to communicate ideas for the story; take ownership of the story by deciding on photographs and dialogue and develop social skills by presenting the stories to others in the class/ parents and carers. The content and nature of each cycle were decided in conversation with Mr P, the teacher assistant Jenny and the authors of this paper. The individual cycles fed into each other sequentially, and each cycle enriched the previous cycles. Figure 2 illustrates the relationship between the individual cycles.

childhood-developmental-disorders-research-cycles

Figure 2: Relationship between the individual action research cycles.

Details of the aims, the teacher’s, teaching assistant’s and boys’ actions and the researcher’s evaluation are included in Table 1. The column entitled Staff support included Mr P’s and Jenny’s actions and description of individual steps; and the column Researchers’ Evaluations are based on video and insitu observations. Photographs of both of the boys and their engagement in the individual tasks are shown in Figure 3, to further illustrate the process of learning.

  C1 C2 C3 C4    
Task Boy Grade 2 Girl Grade 3 Girl Grade 2 Boy Grade 2 Norms Grade 3 Norms Grade 2
Ravens 17 (-0.38) 18 (-0.98) 18 (-0.26) 16 (-0.51) 24.06 (6.11) 20.17 (8.24)
Word-decoding 106 (0.77) 88 (-0.60) 113 (0.98) 110 (0.89) 105 (28.50) 80.50 (33.00)
Reading comprehension 6 (-0.31) 8 (-0.48) 7 (-0.06) 5 (-0.56) 10.22 (4.26) 7.24 (3.98)
Calculation 0 (-1.29) 4 (-0.55) 0 (-1.29) 0 (-1.29) 5.36 (2.49) 2.96 (2.29)
Equation 1 (-1.12) 0 (-3.03) 1 (-1.12) 0 (-1.51) 7.36 (2.43) 3.86 (2.55)
Arithmetic fluency 3 (-2.10) 6 (-1.94) 11 (-1.34) 9 (-1.53) 32.18 (13.48) 25.18 (10.58)
Number facts(3 sec.) 0 (-0.94) 0 (-1.46) 0 (-0.94) 0 (-0.94) 10.09 (6.93) 5.62 (5.99)
Number facts(>3 sec) 2 (-11.48) 17* (-3.17) 2 (-11.48) 20* (-0.89) 2.71 (1.80) 21.51 (1.70)

Table 1: Performance (z-scores) of the four cases of DD and mean performance (SD) of the norm groups on Raven’s, reading and arithmetic.

  C1 C2 C3 C4    
Task Boy Grade 2 Girl Grade 3 Girl Grade 2 Boy Grade 2 Norms Grade 3 Norms Grade 2
Verbal working memory 3 (-1.13) 3 (-1.29) 4 (0.32) 2.5 (-1.86) 3.98 (0.76) 3.78 (0.69)
Visual working memory 0 (-4.22) 0 (-3.02) 2 (-1.65) 2.5 (-1.01) 3.36 (1.11) 3.29 (0.78)
Shifting (trail-making) 111 (0.02) 193 (-2.71) 270 (-2.87) 214 (-1.85) 71 (45) 112 (55)
Color naming 58 (0.14) 68 (-0.93) 67 (-0.49) 58 (0.14) 55 (13.95) 60 (14.33)
Number naming 194 (-0.22) 96 (0.34) 174 (0.18) 90 (1.90) 107 (32) 183 (49)
NSND (Weber fraction) 0.61** (-4.44) 0.72 (-5.67) 0.29 (-0.87) 0.22 (-0.11) 0.21 (0.09)  
1-digit comparison (RT) 1.10 (0.63) 1.84 (-1.76) 0.99 (1.00) 0.95 (1.13) 0.96 (0.50) 1.29 (0.30)
1-digit accuracy 27 (-1.47) 32 (0.97) 26 (-1.99) 30 (0.09) 30.24 (1.81) 29.83 (1.92)
2-digit comparison (RT) 1.67 (0.52) 2.70 (-3.29) 1.55 (0.73) 1.77 (0.34) 1.35 (0.41) 1.96 (0.56)
2-digit accuracy 28 (0.26) 26 (-2.19) 25 (-1.24) 30 (0.09) 30.33 (1.98) 28.80 (3.06)
Subitizing 1-3 1.42 (-0.88) 1.58 (-1.00) 1.65 (-1.83) 1.14 (0.29) 1.26 (0.32) 1.21 (0.24)
Enumeration 5-8 3.40 (0.55) 6.11 (-3.79) 5.03 (-2.03) 4.28 (-0.87) 3.38 (0.72) 3.74 (0.62)
Time discrimination 25 (-2.64) 21 (-3.31) 38 (-0.57) 42 (0.07) 43.44 (6.78) 41.58 (6.28)
Mental rotation 2 (-1.47) 5 (-1.47) 10 (0.44) 9 (0.20) 10.76 (3.92) 8.16 (4.20)

Table 2: Performance (z-scores) of the four cases of DD on general cognitive processing, number processing, time processing and spatial processing.

Evaluation and Reflection by the Staff

childhood-developmental-disorders-taking-photos

Figure 3: Jimmi and Aaron’s engagement in the individual tasks of using the app (taking photos; viewing photos; dragging and dropping photos onto the filmstrip; adding captions).

Interviews with Mr P and Jenny explored their reflections on the individual action research cycles and the progress made by the boys in terms of their communication skills and ability to express and share their ideas (story) with others. Content analysis of the transcribed interviews identified three key categories concerning the strengths and difficulties of using Our Story with the boys: enjoyment of using the app; communication of the story; and technological dexterity.

Enjoyment of Using Our Story

The teacher commented on how much the two boys enjoyed using the iPads to take photographs and access the app and were motivated to work for long periods of time (up to thirty minutes). Because of their interest in the tasks, both boys worked and were engaged for much longer than in their usual class work, and both looked through their photographs and stories at other times, including school trips. Mr P reported: “Once the boys were shown what to do, they enjoyed looking at their pictures and scrolling through them to decide which to put on their storylines.” Although both boys only offered one or two word captions, either the name of the person or the place, they loved the activity of taking pictures and being free to choose the location and content for their own pictures.

Communication of the Story

Both boys were happy to tell their stories although the level of communication with others was different in that Aaron was much more interactive with his audience when sharing his finished story at the final visit. In contrast Jimmi read out his story, but did not appear to be aware of others’ interest in it. Jenny confirmed in the interview that such responses are not unique to the use of iPads or the Our Story app: “Aaron likes to show off to others what he can do. He likes to feel he is in control and show others how to do it. Jimmi finds it harder to work with other people and needs prompting. He is OK in group situations when a member of staff is leading a group but he otherwise finds sharing or working with someone very difficult.” Both boys shared their stories with their families, which Mr P and Jenny felt was very important. In special schools literacy is often not taught as in mainstream schools and the boys would not have written work to show parents/ carers at parents’ evenings. Jenny said that sharing the stories showed what the boys could achieve in school, and would give the families a greater appreciation of the potential of their boys’ learning and understanding. Jenny felt that using the Our Story app had boosted the boys’ confidence and self-esteem: “Technology gives a good outcome to their work; it looks like the kind of work completed by children in mainstream schools.”

Mr P was very pleased with the benefits of using the app especially for Jimmi’s communication skills. He said that after using the app, Jimmi uses his ‘ability for recall to improve his sentence structure, and is starting to initiate conversation”.

Technological Dexterity

Both boys could find the app on screen among other apps downloaded on the iPads and could open the app by tapping the icon. They both said and signed ‘story’ when accessing the app. They were able to find their own photographs and drag and drop them onto the filmstrip with very little help. They appeared to enjoy keyboarding their own captions onto the screen with help from Jenny, and they looked repeatedly at their stories as they progressed with the work. There was also evidence of some early reading skills such as pointing to words and identifying them. Jenny said that, since using the app: “The boys are beginning to recognise some names and places, and it is helping them to identify those names or pictures in other places, so they are beginning to transfer their learning.” However, neither of the boys was able to identify the icons on the first screen to independently choose whether to create a story or use an existing story (Figure 1). They did not appear to understand the icons on the second screen of the filmstrip, and on one occasion, the story was deleted by mistake by Jimmi. Despite this, Jenny was pleased that the boys “could drag their pictures easily for their story. The layout of the app is straightforward. They could lay out their stories as they wanted. They could choose the sets of pictures that they wanted.”

Discussion

The Discussion focuses on the main themes which emerged in the post-study interviews and their relationship to wider issues concerning technology-mediated support of communication of children with severe learning and communication disabilities.

In our study, two boys with communication and learning disabilities and English as additional language enjoyed working with the Our Story app, mostly because of the possibility to use pictures and short audio-recordings to express their ideas. The boys’ limited language skills meant that they were unable to independently form simple sentences and use them as captions for their photographs. The teaching assistant, Jenny, added short captions to the boys’ stories using their own ideas, although we can be never sure whether these truly expressed the boys’ thoughts and feelings [20]. The juxtaposition of pictures and text may have enabled the boys to comprehend and transfer their learning, an outcome previously noticed with technologymediated communication [39].

Our observations and the staff’s accounts revealed that while Aaron was confident about reading his story to others, and enjoyed their feedback, Jimmi read the story to himself and Jenny rather than to others. This may be a reflection of Jimmi having an autistic spectrum disorder in that he does not always respond to the needs of others [40]. Children with ASD often develop their imaginations through the teaching of literacy when they are encouraged to write poetry and stories. For the boys in our study the possibility to take pictures and communicate their story ideas in a picture format was a valuable alternative to having to verbalise or write their ideas [41,39].

With reference to the boys’ limited technological dexterity and Our Story, it is clear that the boys’ inability to read, and possibly, understand the icons on the screens affected their ability to navigate the app and work independently. However, both boys have learnt new skills since using the app, such as reading their own names, identifying their teachers’ names and finding folders on the screen which they were unable to do before. This was not an anticipated outcome of the study as many children with SLD cannot learn conventional literacy or digital literacy skills [42,20,43]. Further use of the app may result in the boys gaining a more explicit understanding of the functions of the icons, and develop their technological dexterity [44,1].

Study Limitations

Action research is a suitable approach given that it is oriented towards improvement and that it invites research participants (in our case the teacher and teaching assistant) into the research process. However, the results of an action research study cannot be generalised, they can be only used to identify whether further study is likely to be fruitful [45]. Although the study may offer a useful guide to assist other special needs educators and its findings might be applicable to other contexts with similar participants, it should be borne in mind that this study focused on two particular boys with specific language and communication disabilities, and the study findings are specific to them and the particular study context.

Study Implications

Since the development of digital tablets such as iPads and the production of educational apps, teachers in special schools are engaged in creating and developing new forms of supporting children’s communication and expression of ideas [41,39,6]. This study has shown that adolescents with SLD, EAL and communication difficulties are able to learn the functions of an app in order to express their thoughts and to create simple stories. We note, however, that the teacher’s and teaching assistant’s support throughout the process was essential in ensuring the success of the intervention. The boys were not always able to identify, or understand the functions of some of the icons and without support could become frustrated, which would invalidate the whole purpose of sharing their ideas. It is therefore essential that if teachers use iPads with children with SLD, teachers are present and able to help children if there are problems with navigating through the functions. Although the use of iPads may appear intuitive to some students [46], when it comes to using individual apps, this is often not the case and children need the support of adults [47]. It should be also borne in mind that while in our study, the teacher and teaching assistant were both IT-savvy and keen to use iPad apps in the classroom, this is not typical of all teachers who have access to technology [48]. We provided some basic training and demonstrated the use of the app at the beginning of the study, but more extended training sessions may be needed in educational contexts where the use of iPads is not common or where teachers feel less at ease with new technologies.

Based on our findings, we also recommend that educators interested in using iPad apps such as Our Story with children with SLD identify the individual stages involved in its use and proceed through these on a step-by-step basis. This can reduce children’s anxieties around the difficulties involved in the complex process of creating digital stories and communicating these to others. When it comes to expressing their ideas, children with limited language feel most comfortable with pictures [49], especially those they can take themselves. For children for whom English is not their first language, we therefore recommend the use of pictures in the first step of a learning cycle.

In conclusion, digital technology can be used to enhance the teaching and learning of all children, including those with disabilities [43]. Utilising an action research study format enabled us to document, and includes the staff’s reflections of, the process of supporting two adolescent boys with severe language and communication disabilities in using a story-making iPad app. The strengths and limitations of this approach may be of interest to other researchers examining the use of iPads apps with children with special educational needs, especially those with profound communication disabilities. For Mr P and Jenny, this case study was an invaluable opportunity to evaluate the potential they saw in iPad apps and, for the two boys, the study was an important experience which enabled them to share their ideas and own stories.

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