Structures for Generativity
Explanation
Designing activities and learning experiences that open up new ideas, connections, and possibilities rather than converging on a single correct answer.
Connections to Theory
Generative learning structures encourage exploration, iteration, and solution diversity (Willner-Giwerc et al., 2020). When educators experience generative practices themselves, they begin to see how simple, open-ended activities can stimulate deep thinking, collaboration, and reflection in their classrooms.
Examples
In a session on feedback, teachers experienced the value of iteration by making multiple drafts of a scientifically accurate butterfly drawing. Based on Ron Berger’s feedback framework (Be kind, Be specific, Be helpful), they practiced giving and receiving constructive feedback with peers. The activity was particularly generative for community teachers in Gulmi, who found it highly engaging and appreciated that it required only simple, low-cost materials like paper and colors.
The teachers were introduced to simple yet generative drawing activities such as “How it works diagrams,” in which they illustrated the inner workings or mechanism of an object around them. Teachers were highly engaged and eager to share their diagrams. Sangden drew a claw hair clip, explaining that its mechanism functioned like a door hinge, with the spring held in thick grooves. Samaya and Rupak both chose hand sanitizers, likely influenced by COVID-19 safety practices. Samaya noted that a spring, similar to a ball pen, allows the top to move, while Rupak added that pressing the top creates a partial vacuum due to pressure differences (Figure 16). This seemingly simple activity was remarkably generative, prompting teachers to uncover the complex mechanisms in ordinary everyday objects that are often invisible to us.

Figure 16: Rupak’s how it works diagram of a hand sanitizer
Implications
Professional learning should incorporate generative learning structures that promote exploration, iteration, and multiple pathways to solutions. When teachers themselves engage in open-ended, design-oriented tasks, they experience firsthand how simple prompts can lead to deep thinking, collaboration, and creative problem-solving. This experiential understanding shifts perceptions of learning from completing prescribed tasks to engaging in inquiry-rich processes.
