Sequence and spirality. Basic concepts of model-based language teaching in the light of cognitive load theory

Abstract

1. Background. A recurring challenge in language pedagogy is that learners may successfully complete classroom tasks without developing flexible and transferable language competence. This discrepancy raises questions not only about what content is taught, but also about how the learning process itself is structured. Model-based language teaching addresses this challenge by organizing instruction around linguistic models that support pattern recognition, systematic variation, and productive use. Two key organizing principles of this approach are sequence and spirality, which structure learning at different levels of instructional design.
2. Purpose. The purpose of this paper is to interpret the concepts of sequence and spirality within a broader theoretical framework that integrates Cognitive Load Theory and usage-based linguistics. The study aims to demonstrate how these principles contribute to the development of stable and transferable linguistic knowledge by organizing input, directing learner attention, and supporting the repeated activation of language patterns.
3. Approach. The analysis is conceptual and pedagogical in nature. It brings together insights from cognitive learning theory—particularly research on working memory limitations and schema construction—with findings from usage-based and corpus-informed linguistics, which emphasize the role of frequency, repetition, and contextual variation in language acquisition. The theoretical discussion is illustrated through a detailed analysis of a teaching sequence from the MagyarOK A2+ textbook, demonstrating how carefully structured tasks guide learners from the observation of linguistic models to increasingly independent language use.
4. Results. The analysis shows that sequence functions as a micro-level organizing principle of the learning process, structuring progression from comprehension and noticing through pattern recognition and variation to productive application. Spirality, in turn, operates at the macro level, ensuring that linguistic models recur over time and across contexts, thereby allowing learners to reorganize and strengthen their emerging mental representations. Taken together, these principles help manage cognitive load while supporting core usage-based learning mechanisms such as pattern abstraction and frequency effects.
5. Implications. The study suggests that effective language instruction requires pedagogical designs that combine carefully structured sequencing with the spiral revisiting of linguistic models. Such an approach aligns instructional practice with current insights from cognitive science and usage-based linguistics and supports the gradual development of flexible, durable, and transferable language competence.