Curriculum Analyses
Exploring the tools of Computational Curriculum Studies across global contexts
We apply state‑of‑the‑art topic‑modelling and semantic analysis methods to uncover the conceptual structures of knowledge within and between subject areas in German curricula. This work supports the OpenEvo educational design concept by making visible how ideas cluster, connect, and progress across grade levels and disciplines.
Our current focus is on developing actionable resources for educators in Thuringia and Sachsen, where we are building machine‑readable curriculum models and experimenting with various Natural Language Processing methods such as BERTopic , hierarchical concept maps, and scope‑and‑sequence visualizations. As national initiatives such as Mem.Schule (FWK) advance shared ontologies and interoperable data formats for all German state curricula, our work is expanding to contribute to—and benefit from—these emerging standards.
Through our partnership with the Biologiedidaktik research group at the University of Jena, we also engage pre‑service biology teachers as researchers and co‑designers. Together, we prototype computational tools that help educators explore and redesign the conceptual backbone of the Thuringia biology curriculum, with an emphasis on deeper, more coherent learning trajectories.
Learn more about Computational Curriculum Studies

Computational Curriculum Studies
OpenEvo aims to support the emergence of the nascent field of Computational Curriculum Studies, the interdisciplinary study of the use of information technologies to describe, analyze, represent, and improve the design of learning pathways in formal education contexts.

Mapping Structures of Knowledge
Mapping Structures of Knowledge Understanding how knowledge is organized can impact how we organize the curriculum Our OpenEvo educational design concept represents a unique view

OpenEvo Network Explorer
As part of our Computational Curriculum Studies (CCS) project, we are working to develop tools to enable researchers, educators, and students to navigate the landscape of resources within our OpenEvo system for the design of educational innovations.