[PRJ_IDX]
PROJECTS

A self-contained agentic development environment running in Docker. Combines a React/Node UI, integrated terminal via ttyd, and OpenVSCode — letting you supervise, adjust, and test AI-generated code before committing. Switchable AI backend means you're never locked into one model.

Portal and entry point for a suite of 5 AI-powered teacher tools built at Cornelsen Verlag. Winner of the DPR Digital Publishing Award 2024 and the Comenius EduMedia Award 2025. Built with Angular and Python, deployed on Kubernetes.

AI-assisted tool for teachers to generate and adapt teaching materials. Reduces lesson preparation time significantly by combining LLM generation with Cornelsen's curated content library.

Automated correction engine for grammar, spelling, and content quality. Extended with async student submission evaluation — teachers define the task, students submit, the system judges. Closes the feedback loop without adding teacher workload.

AI-powered curriculum and lesson planning tool grounded in official educational frameworks. Generates structured lesson sequences aligned to learning objectives, reducing planning overhead for teachers.

Teacher-initiated collaborative learning environment where students engage with AI-curated content in real time. The teacher defines the topic and boundaries — the students explore within them.

Talk at Neos Con 2019 in Dresden on using Atomic Fusion for large-scale projects. Covers component architecture patterns and maintainability strategies for growing Neos CMS codebases.