From Intention to Action: The Functional Motivation Model for Goal-Directed Learning

Students often express motivation to learn yet struggle to translate intention into sustained academic action. Although existing motivational theories explain important aspects of learning engagement, few provide a neurocognitively grounded account of how motivation becomes action. The Functional Motivation Model (FMM) proposes that goal-directed learning behavior emerges through the interaction of motivational drive, self-referential evaluation, and executive control processes. This study proposes a neuroeducational framework explaining how intention is translated into action and operationalizes the model through a questionnaire assessing its core components. Participants were 118 seventh- and eighth-grade students. The questionnaire assessed three dimensions of functional motivation: Initial Motivation, Self-Referential Evaluation and Executive Control. Confirmatory factor analysis, reliability analyses, inter-factor correlations, and associations with mathematics achievement were conducted. Findings provided preliminary support for the refined three-factor structure and indicated promising psychometric properties. Self-referential evaluation and executive control showed stronger associations with achievement than initial motivation. The findings provide preliminary empirical support for the proposed FMM framework and its questionnaire-based operationalization. The model suggests that academic difficulties may arise from breakdowns in different functional conditions involved in translating intention into action and provides a framework for examining three functional conditions underlying goal-directed learning: Do I want this? Can I do this? How do I do it? By integrating perspectives from educational psychology and neuroscience, the FMM offers both a theoretical framework and a practical tool for understanding students’ learning behavior.