Distance learning has become an essential educational option during the COVID-19 pandemic. However, students with varied needs require diverse learning experiences. For example, deaf and hard-of-hearing students need specific accommodations to aid their learning. This study aimed to identify the obstacles that instructors face when conducting virtual classroom sessions for these students. Data were collected from 11 lecturers who taught deaf or hard-of-hearing students using distance learning tools during the COVID-19 pandemic. Time, technical problems, and lack of simultaneous translation are among the barriers that must be overcome to address the learning needs of this group of students. Recommended improvements to the virtual classroom experience for deaf or hard-of-hearing students were provided.

With modern technological developments and with the fast expansion of mobile technical equipment, conducting a field study to find out how technology influences various developmental aspects of normal and special needs children at the preschool stage was deemed appropriate and timely hearing impairment. In this study aimed at finding out the effect of iPad on school preparedness among school children with hearing impairment. In this study, the children attended the national kindergarten in Al-Riyadh. The study sample was divided into control (7) and experimental (8) groups. Children in the experimental group used the iPad for 15 weeks. Results showed improvement of the experimental group in all measured areas. The control group, those who did not use the iPads, improved in both their kinetic and social areas. In addition, differences were found between groups on post measurement favoring experimental group. The study recommended conducting more experimental and longitudinal studies to further delve into the effects of using iPads in preschools with children who have impaired hearing.

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This study aimed to answer the question of whether the Tablet devices affected children's problem solving skills in hearing-impaired children. It was conducted in Riyadh, Saudi Arabia. The research involved sixteen five-year-old hearing-impaired children and divided these children equally into two groups (experimental and control group). The experimental hearing-impaired children played with an iPad devices for a period of 6 months. The children were assessed at entry to the study on their problem solving capacities, in order to compare their development, using four subscales of the British Ability Scale-II (BAS-II). The four sub-scales were non-verbal. The results revealed significant differences between the experimental and control groups in their capacity to solve problems, using four subscales of the BAS II: Block Building (BB), Picture Similarities (PS), Pattern Construction (PC) and Copying (C), which showed the effectiveness of the technology devices on the skills of hearing impaired children.

This study aimed to answer the question of whether the Tablet devices affected children's problem solving skills in hearing-impaired children. It was conducted in Riyadh, Saudi Arabia. The research involved sixteen five-year-old hearing-impaired children and divided these children equally into two groups (experimental and control group). The experimental hearing-impaired children played with an iPad devices for a period of 6 months. The children were assessed at entry to the study on their problem solving capacities, in order to compare their development, using four subscales of the British Ability Scale-II (BAS-II). The four sub-scales were non-verbal. The results revealed significant differences between the experimental and control groups in their capacity to solve problems, using four subscales of the BAS II: Block Building (BB), Picture Similarities (PS), Pattern Construction (PC) and Copying (C), which showed the effectiveness of the technology devices on the skills of hearing impaired children.