Evaluating The Impact Of Computer Animation On Learning Outcomes: A Result-Oriented Study

Abstract

The development of functional life skills is a crucial aspect of early childhood instruction, especially for children with developmental delays or disabilities. Among these skills, the ability to perform self-care tasks, such as bathing, has a key part in fostering independence, hygiene, and self-confidence. However, traditional instructional methods often fail to fulfil the unique special needs children's learning requirements, as they can have trouble understanding verbal instructions or remembering the sequential steps involved in such tasks. To address these challenges, animation-based computer applications have emerged as a promising educational tool.

This study investigates the effectiveness of animated tutorials in enhancing the functional bathing skills of children aged 3-6 years with special needs in Dakshina Kannada, India. A post-test design was employed in order to examine the children’s ability to complete bathing tasks before and after interacting with a custom-designed animated module. The animation, which provided clear, step-by-step instructions through vibrant visuals, relatable characters, and interactive elements, was designed to maximise engagement and comprehension.

The findings of the research demonstrated a notable improvement in the children’s ability to perform the bathing routine independently. The mean task completion score increased from 35%  to 80% in the post-test, indicating the animation’s significant impact on skill development. Feedback from parents and teachers further emphasised the children’s heightened enthusiasm, improved retention of the task sequence, and greater confidence when carrying out the bathing routine.

These results demonstrate the possibility of animation-based learning as an effective pedagogical tool for special education, particularly in teaching functional life skills. By utilizing the potential of technology, this approach caters to the cognitive and sensory needs of children with developmental challenges, offering a more engaging and accessible alternative to traditional methods. This research contributes to the expanding field of technology-assisted learning and offers a foundation for future educational interventions aimed at promoting independence and self-care in kids with particular needs.