The Effect of ARCS Motivational Model on Achievement Motivation and Academic Achievement of the Tenth Grade Students – Ahmed Thaer & Ghbari Thaer

Abstract

  • Study aims to examine the effect of ARCS model on Achievement Motivation (AM) and Academic Achievement (AA).

  • Participants: 113 tenth grade students (28 male, 85 female), divided into experimental (50 students) and control groups (63 students).

  • Teaching methods: ARCS model vs. traditional for 2 weeks focusing on magnetism.

  • Instruments: Motivation Achievement Test (MAT) and Achievement Test (AT).

  • Results revealed significant differences in MAT and AT due to the ARCS model.

Introduction

  • Definition of Motivation: Willingness, need, desire, and compulsion to engage in learning (Fairbrother, 2000).

  • Motivation as a driving force in learning (Steward et al., 2010).

  • Covington (1996) notes it directs behavior, highlighting its importance in education.

  • Impact of Motivation: Indicates educational strategies must incorporate motivational aspects to enhance students’ learning and success.

  • Skepticism towards traditional methods—lectures and demonstrations—leading to low engagement and achievement.

Theoretical Background

Motivation Strategies

  • Motivational strategies are crucial for developing interest and positive expectations in students (Keller et al., 2005).

  • Motivation is a significant predictor of achievement (Beal & Stevens, 2007; Broussard & Garrison, 2004).

The ARCS Model

  • Components: Attention, Relevance, Confidence, Satisfaction.

    • Attention: Arousing curiosity and interest.

    • Relevance: Linking learning to students' needs and interests.

    • Confidence: Helping students build a positive expectation for success.

    • Satisfaction: Providing extrinsic and intrinsic reinforcement for efforts.

  • Ensures engaging and effective learning experiences (Keller, 2000).

Research Methodology

Participants

  • 113 tenth grade students recruited randomly (M = 15 years).

  • Divided into experimental and control groups.

Instruments

  • Achievement Motivation Test (AMT): 36 items measuring persistence, goals, and time on a 5-point scale.

  • Achievement Test (AT): True-false questions focusing on a unit of magnetism.

  • ARCS Lesson Plan: Eight 45-minute sessions on magnetism using the ARCS model; control group taught through traditional methods.

Procedures

  • Participants tested before and after the intervention.

  • Data analyzed using means, standard deviations, and MANCOVA.

Results

  • AMT Scores: Significant differences noted in persistence, goals, and time favoring the experimental group.

  • MANCOVA indicated statistically significant differences in achievement motivation (p < .000).

  • AT Scores: Significant achievement differences, favoring the ARCS model group.

Discussion

  • The ARCS model positively affects both AM (in the three dimensions: persistence, goals, time) and AA.

  • Effective teaching strategies must incorporate elements that maintain student interest and relevance to personal goals.

  • Success and positive reinforcement linked to the ARCS model enhance intrinsic motivation and academic outcomes.

  • Implications for traditional instruction methods suggest a need for innovative teaching strategies to improve motivation and achievement.

Implications and Recommendations

  • Despite limitations (short duration and single unit focus), findings support the ARCS model for improving science instruction.

  • Recommendations for teachers and curriculum designers to integrate ARCS model strategies in their educational practices.

References

  • Several studies support the effectiveness of ARCS strategies on motivation and learning outcomes.

  • This includes contributions from numerous authors and journals as cited in the original document.