Constructivist Assistive Technology in a Mathematics Classroom for the Deaf: Going Digital at a Rural Namibian Primary School

Within the context of almost nine million children with hearing disabilities in Sub-Saharan Africa, their education is an important topic. The problem was the lack of conclusive research about the effects of digital assistive technologies for educating deaf learners in Sub-Saharan African countries, such as Namibia. The question was could a digital assistive technology improve the mathematics achievement of deaf children? The research objective was to gather scientific evidence by conducting a quantitative experiment with constructivist digital assistive technology and qualitative interviews with the teachers involved. The findings from the experiment suggest that the constructivist digital assistive technology may have had a positive effect on the mathematics achievement of the learners, which was supported by the findings from the interviews. This makes an original contribution to the domain and offers an intervention that was feasible, practical and potentially effective for improving the teaching and learning of mathematics for deaf learners.School of Computin

Evaluation of sign language learning tools: Understanding features for improved collaboration and communication between a parent and a child

Deaf children with hearing parents typically have issues with learning sign language fluently and developing literacy. In addition, these children rarely establish a strong, interpersonal bond with their caregiver. Currently, there are insufficient resources for helping bridge the gap between deaf children and hearing caregivers. This thesis proposes to explore solutions and evaluate their effectiveness with both the hearing parents and deaf children. Multiple mediums are investigated for the purposes of uncovering the most effective combination of sign language learning methodologies. This research will help designers better understand the world of deafness and how to design instructional tools that effectively utilize information about the needs and customs of the Deaf community

Use of Photography to Support the Learning Process of Science Teachers of Ninth Through Twelfth Grade In the Schools of Kuwait

The research utilized a descriptive quantitative research design. The number of participants was limited to an acceptable number in the range of 250-300. Data were collected through a questionnaire and analyses were conducted using various types of statistical designs for interpretation, specifically Spearman correlation analysis. The study revealed that visual media such as images and photographs made it easy for the students to understand the concepts of science subjects, specifically biology, physics, and chemistry. Visual media should be included in the curriculum to enhance the comprehension level of students. The government of Kuwaiti, therefore, should to encourage the use of visual aids in schools to enhance learning. The research did not indicate a capacity of skills students and teachers can employ effectively when using visual aids. There also remains a gap between possessing the skills and applying them in the school. Benefits associated with visuals aids in teaching are evident in the study. With the adoption of audio-visual methods of learning, students are presented with opportunities to develop their own ideas and opinions, thus boosting their own interpersonal skills while at the same time questioning the authenticity and relevance of the concepts at hand. The major merit of audio-visual platforms in classroom learning is they cause students to break complex science concepts into finer components that can be easily understood