The effects of augmented reality on learning

Area of Science:

• Educational Technology
• Kinesiology
• Chemistry Education

Background:

• Traditional educational methods may not fully engage students.
• Integrating physical activity into learning can enhance cognitive and affective outcomes.
• Augmented Reality (AR) offers immersive learning experiences.

Purpose of the Study:

• To develop and evaluate a Chemistry Augmented Reality Learning System (CARLS) integrated with physical activity.
• To compare the academic performance and learning attitude of students using CARLS with physical activity against traditional computer-assisted instruction (CAI).
• To assess the impact of different types of physical activity (aerobic, strength, flexibility) on learning outcomes.

Main Methods:

• Development of the CARLS, incorporating AR and three physical activity types.
• Experimental design comparing CARLS with physical activity to Keyboard-Mouse CAI (KMCAI).
• Assessment of academic performance, focusing on non-memorized knowledge, and changes in learning attitude.

Main Results:

• Students using CARLS with all three physical activities showed significantly higher academic performance than those using KMCAI.
• The most significant improvement was observed in the non-memorized knowledge component of science.
• Students in the AR group with muscle strength activity reported a more positive attitude change toward science.

Conclusions:

• Integrating AR with physical activity, particularly muscle strength exercises, enhances chemistry learning and student engagement.
• CARLS provides a novel approach to improve academic outcomes and foster a positive attitude towards science.
• This blended approach offers a dual benefit of improved learning and increased physical fitness.