Computer-Assisted Cognitive Re-Training as An Intervention for Children with Specific Learning Disability: A Review

Abstract

The review inspects the empirical literature on the efficacy of computer-assisted cognitive re-training of children with Specific learning disabilities (SLD). SLD children are characterized by an average and above-average IQ but there exist significant deficits in their language processing skills. Cognitive re-training is a training process that serves as remediation for people with underdeveloped cognitive abilities through intensive practice. It utilizes the principle of “brain plasticity” and is an endeavor to strengthen the deficit cognitive abilities of people by practicing various well-defined tasks and exercises. Cognitive re-training can be provided in both ways manualized or computerized. Computer-assisted re-training seems more interesting, innovative, is multisensory and motivating for children. This research review aims to put together the primary research done in the area and tries to evaluate the effectiveness of using such intervention on children with a specific learning disability. In a country like India which has a vast & widespread population reaching out to children with a specific learning disability by using manualized intervention seems a distant reality, together with a handful of trained therapists working in the field. Keeping in view such circumstances there is an urgent need to identify ways which can be used as an intervention for the mass population and in remote areas of the country. In doing so, this review also attempts to lay a base and explore the possibility of utilizing this novel way of providing interventions to children with Specific learning disability.

Effect of a Reading Intervention on Reading Ability among Children with Specific Reading Disorder

“…al., 2017;Dorofeeva et. al., 2020 (Bansal & Singh, 2021). Training in a native language can improve English reading outcomes and mitigate the negative effects of inadequate English proficiency (Gonzales & Hughes, 2018).…”