Freedom and Framework: How Instruction Shapes Creativity in Toy Making

Abstract

Aims: This paper examines how toy-making activities foster creative problem solving among middle school students, focusing on how varying levels of instructional guidance influence their exploration, collaboration, and construction processes. Study Design: A qualitative, comparative workshop study was conducted in which two groups of students made a Jigging Puppet – one with detailed instructions and the other without detailed instructions. The analysis explored how semiotic processes, i.e. the materials and tools available in the making activity itself, shaped students’ creative and collaborative actions. Place and Duration of Study: The study was conducted in four middle schools across urban and semi-urban regions of Kurukshetra, Haryana, India over a six-month period, including workshop implementation, documentation, and post-activity reflections. Methodology: Data were collected through classroom observations, photographs, and field notes during hands-on toy-making sessions. The analysis followed an inductive approach with a particular focus on the creative process of toy-making informed by the concept of creative problem solving addressing how learners engage with creative challenges, and the concept of affordances investigating how they shape learners’ interpretation of materials – what they can do with them – and how such material possibilities are shared, and negotiated in collaboration. These dimensions were analyzed to understand how having detailed instructions or no detailed instructions shaped students’ engagement in creative problem solving. Results: Students without detailed instructions demonstrated higher levels of exploration, experimentation, and adaptive use of materials, though their products often lacked precision or full functionality. Conversely, students with detailed instructions achieved technically refined and functional toys but showed reduced instances of creative divergence. The analysis revealed that linking and framing operated as mediating semiotic resources through which instruction influenced the balance between creativity and precision. Conclusion: The study demonstrates that toy-making can serve as a structured yet flexible medium to cultivate creative problem solving in middle school education. While minimal instruction fosters curiosity and innovation, structured guidance supports skill development and  functional precision. These findings highlight the value of alternating between open-ended and guided making activities to balance creativity, collaboration, and craftsmanship in learning environments.