Author:
Samer Ahmed Hasan AL-Midhatee
Page: 16-24
Published online: 05 Aug 2026
https://doi.org/acejspe.2026.4.1.16
The importance of this research underscores the academic and practical necessity of bridging the gap between advanced scientific development and traditional educational practices in our local environment. Sustaining excellence is not a matter of chance or luck in a sustainable environment, but rather the result of technically sound learning processes. These processes enable players to develop precise motor skills that ensure optimal performance every time they shoot. This is a primary focus of this research, which also explores leveraging digital artificial intelligence systems as assessment tools and developing educational and training alternatives within university settings. To implement this goal, the researcher selected two groups of four players each, which were divided into a control group and an experimental group. After the completion of the field experiment, the most developed player will be determined to represent the college team in the Iraqi Universities Championship for the 2025-2026 season. In addition, there is a follow-up study three months after the end of the current research to monitor the sustainability of the skill excellence of the college team. The researcher applied the adaptive motor learning model enhanced with artificial intelligence to the members of the experimental group for (4-6) weeks. At the end of the experiment period, the researcher obtained the results of the two groups, analyzed them, and discussed them to achieve the hypotheses of his current research.