Designing and Deploying Reliable RAG Systems with MLOps

  • AI applications are evolving rapidly, with RAG systems becoming a key enabler for high-quality, context-aware solutions. But how do we bridge the gap between experimental RAG prototypes and reliable, scalable production systems?

  • Join us for a deep dive into MLOps and learn how to design, build, and operationalize RAG architectures — from concept to deployment. Language of the workshop: English.

  • Content

    This workshop blends conceptual foundations with extensive hands-on sessions. You will gain both a strategic and practical understanding of how to design and manage robust RAG systems within an MLOps framework. Topics include:

    • Conceptualizing and architecting high-quality RAG pipelines
    • Setting up and automating the MLOps lifecycle for RAG systems
    • Versioning and governance of datasets, embeddings, and retrieval indices
    • Ensuring traceability through automated ML and data pipelines
    • Experimenting with and comparing retriever–generator model variants
    • Monitoring retrieval relevance and generation quality in production
  • Requirements

    Laptop with internet access.

  • Target audience

    This training is designed for engineers who want to conceptualize and implement RAG systems or extend their existing DevOps/MLOps processes to integrate advanced retrieval and generation components.

  • Conditions

    At least 6 Participants are required for the workshop to take place.

    Includes catering, documentation and a cluster in the cloud.

  • trainer

    • Rebecca Hiller
      Rebecca HillerSoftware & Data Engineer

Designing and Deploying Reliable RAG Systems with MLOps

Join us for a deep dive into MLOps and learn how to design, build, and run RAG architectures — from concept to deployment.

date:
time: 09:00-13:00
costs: CHF 400
seats: 12
Get your ticket
Go to puzzle.ch

This workshop is brought to you by Puzzle, a Swiss open-source company delivering practical, community-focused learning on modern cloud and infrastructure technologies.