Autonomy in children's learning: an experimental and individual difference investigation.

Area of Science:

• Educational Psychology
• Developmental Psychology

Background:

• Learning environments significantly impact children's emotional experiences and academic performance.
• Understanding the interplay between motivational conditions and individual differences is crucial for effective pedagogy.

Purpose of the Study:

• To investigate how different learning conditions (directed-controlled, directed-noncontrolled, nondirected) affect fifth graders' emotional states and learning outcomes.
• To examine the influence of individual differences in autonomy on learning and emotional experience.
• To explore the role of perceived locus of causality in learning.

Main Methods:

• Ninety-one fifth-grade children were assigned to one of three learning conditions: directed-controlling, directed-noncontrolling, or nondirected spontaneous learning.
• Emotional experiences and performance on a learning task were assessed.
• Individual differences in autonomy were measured using the Self-Regulation Questionnaire.

Main Results:

• Directed learning conditions enhanced rote learning compared to nondirected learning.
• Nondirected and directed-noncontrolling conditions fostered greater interest and conceptual learning than the directed-controlling condition.
• Children in the controlling condition reported more pressure and showed decreased rote learning over time; higher autonomy predicted better conceptual learning.

Conclusions:

• Autonomy and an internal perceived locus of causality are vital for fostering deeper learning, interest, and sustained performance.
• Controlling learning environments can negatively impact emotional well-being and learning outcomes.
• Educational strategies should consider balancing directed instruction with opportunities for student autonomy to optimize learning and development.