The Impact of Daniel’s Cognitive Instructional Model on Cognitive Motivation and the Learning of Basic Badminton Skills Among Female University Students

Abstract

The modern educational environment requires moving away from old, passive learning models toward evolving, constructivist frameworks which help to cultivate critical engagement and develop both cognitive and psychomotor skills. This study analyzes the effects of Daniel’s Cognitive Instructional Model on the cognitive motivation and the acquisition of the high long serve, forehand clear, and backhand clear of badminton among female university students. The sample consisted of 110 female students at the College of Physical Education and Sports Sciences of the University of Thi-Qar and Al-Ayn University, during the 2025-2026 academic year. The study was based on a rigorous experimental design with equivalent control and experimental groups, and the primary sample consisted of 30 students, as the study’s core concern. The experimental group was taught using educational units based on the nine sequential stages of Daniel’s model, while the control group was taught using the command style of teaching that the faculty typically employs.

A bespoke cognitive motivation scale and standardized badminton skill assessments were used pre and post the nine-week instructional phase. Independent and paired t-tests were conducted and indicated that both groups showed significant improvement. However, the experimental group showed marked statistically significant improvements in cognitive motivation and all the badminton skills assessments compared to the control group. It appears that Daniel’s model, which combines the conceptual elements of direct instruction, peer-to-peer dialogue, concept mapping coupled with active learning, is highly effective in minimizing cognitive overload and transforming the learner from a passive recipient to a proactive intellectually and psychologically engaged learner and architect of their learning process. For the university level of physical education, the coupling of cognitive and motor tasks within this model serves an excellent purpose in the optimization of pedagogy, providing a deep and meaningful learning experience beyond the rote practice traditionally associated with the field.