Although the literature suggests that multilingual augmentative and alternative communication (AAC) interventions hold benefits for children from multilingual backgrounds, there is little guidance on how such interventions can be implemented. While various barriers to this process have been noted, language ideology has not received much attention in the AAC literature. This paper aims to highlight multilingualism as both a linguistic and a sociopolitical phenomenon. An awareness of the influence of language ideology on AAC practice may lead to more considered and reflective approaches when supporting multilingual clients and their families. A description of the multilingual experience is followed by a discussion of language ideologies and views of multilingualism and how these may translate into AAC practices. Through a series of questions, AAC practitioners are encouraged to reflect on the influence of language ideology on their practices. The influence of language ideology on the legal and policy context, service models, and family language practices and choices is then explored. By situating AAC interventions for children from multilingual backgrounds within a macrosystemic and ideological framework, researchers and practitioners may be able to identify not just constraints on but also opportunities for providing person- and family-centered intervention.
21 September 2017 in Augmentative and Alternative Communication
Speech-language therapists (SLTs) have direct contact with a wide variety of individuals who require augmentative and alternative communication (AAC) and they are therefore considered to have a primary role in the assessment, selection, and implementation of AAC symbols, techniques, aids, and strategies. Limited information is available with regard to SLTs’ practices in the field of AAC, and there is a particular paucity of information about developing country contexts such as South Africa. The aim of this study was to determine how South African SLTs perceive their current AAC practices. Specifically, the study aimed to investigate SLTs’ assessment and intervention practices, their choice and use of graphic symbols, and display layouts for aided AAC systems. An online survey was developed, using the Qualtrics Research Suite™ online survey software. The survey included open-ended questions (analyzed using thematic analysis) and closed questions (analyzed using descriptive statistics). The responses indicated that SLTs in South Africa currently use a limited variety of assessment and intervention approaches. The data suggest that current practices are informed by previous experience with various technologies and AAC systems and that the primary caseloads of SLTs do not appear to inform specific approaches to assessment and AAC implementation.
25 October 2016 in Augmentative and Alternative Communication
Although the provision of assistive technology for students with disabilities has been mandated in South African education policy documents, limited data are available on the implementation of aided augmentative and alternative communication (AAC) in classrooms. This pilot investigation used a concurrent mixed-methods survey design to determine the extent to which aided AAC was implemented to foster students’ expressive communication in preschool to Grade 3 classrooms in special schools from six urban school districts in the Gauteng (the smallest, most affluent and most densely populated of the nine South African provinces), and also obtained teachers’ perceptions of this process. A total of 26 teachers who taught students who used aided AAC for expression participated. Although there is evidence of provision and also implementation of aided AAC in classrooms, various limitations still exist. Teachers identified an array of factors that influenced the implementation of aided AAC, including those related to themselves, the classroom context, the characteristics of aided AAC, students using AAC, and other stakeholders. These factors are discussed in the light of international literature as well as the local context, and are used as a basis to suggest a research agenda for AAC in the South African education system.
Selection of assistive technology for young children is a complex process. Within a context with limited resources, such as South Africa, research is needed to determine the factors influencing the assistive technology selection process, as these could ultimately either facilitate or hinder the availability and accessibility of affordable, adaptable, acceptable, and high quality assistive technology for this age group. Two asynchronous online focus groups were conducted with 16 rehabilitation professionals to identify the factors they perceived to influence the selection and provision of assistive technology to young children within the South African context. A process of deductive thematic analysis was followed by inductive analysis of the data. Components of the Assistive Technology Device Selection Framework were used as themes to guide the deductive analysis, followed by inductive analysis to create subthemes. The important role of the professional was highlighted in negotiating all the factors to consider in the assistive technology selection and provision process. Adaptation of the Assistive Technology Device Selection Framework is suggested in order to facilitate application to low resourced contexts, such as South Africa. Implications for rehabilitation Assistive technology selection is a complex process with factors pertaining to the users (child and family) of the assistive technology, as well as the rehabilitation professional recommending the assistive technology influencing the process. Although it may be an important factor, the availability of financial resources to purchase assistive technology is not the only determining factor in providing appropriate assistive technology to young children in contexts with limited resources. Formalized support, such as reflective supervision or mentorship programs should be facilitated and utilized by recommending professionals. Home and school visits during assessment ensure a good match between assistive technology and users within the particular context. Facilitating the availability of assistive technology for trial during assessment and/or for a period afterwards will increase the likelihood that appropriate recommendations for assistive technology are made.
Background: South African speech-language therapists have identified the need for culturally valid and sensitive assessment tools that can accommodate multiple languages and cover a reasonable age range. The Mullen Scales of Early Learning (MSEL) extend from birth to 68 months, contain five separate subscales including receptive language, expressive language, gross motor, fine motor and visual reception scale, are straightforward to administer and have been successfully used in other African countries, such as Uganda. It also identifies a child’s strengths and weaknesses and provides a solid foundation for intervention planning.Objectives: This research aimed to demonstrate the appropriateness and usefulness of the translated and culturally and linguistically adapted MSEL across four South African languages (Afrikaans, isiZulu, Setswana and South African English) through two sub-aims: (1) to describe differences, if any, in MSEL performance across language groups and (2) to describe differences, if any, in MSEL performance between age groups.Method: A total of 198 typically developing children between the ages of 21 and 68 months spread across the four language groups were individually assessed with the culturally and linguistically adapted and translated MSEL.Results: A one-way analysis of variance (ANOVA) showed no statistically significant differences between the four language groups for total MSEL scores. A Welch’s one-way ANOVA showed that the total MSEL scores were significantly different between age groups.Conclusion: The translation and adaptation of the MSEL was successful and did not advantage or disadvantage children based on their home language, implying that linguistic equivalence was achieved. The MSEL results differed between age groups, suggesting that the measure was also successful in differentiating the performance of children at different developmental levels.