Solution Architect Automation & AI (n8n Focus) | Solution Architect Automation & AI (n8n Focus) (m/w/d)

relyon AG

Tübingen, Baden-Württemberg, Deutschland
Published Feb 20, 2026
Full-time
Permanent

Job Summary

As a Solution Architect for Automation & AI at relyon, you will play a pivotal role in eliminating manual tasks and creating intelligent system connections for a diverse client base ranging from medium-sized businesses to large corporations. Your day-to-day involves the end-to-end design and implementation of complex n8n workflows, developing custom nodes, and integrating AI components for tasks like document processing and intelligent routing. You will take full technical ownership of projects, from initial discovery workshops to final production go-live, ensuring systems are robust, fault-tolerant, and scalable. This position is particularly attractive for those who enjoy a high degree of ownership and want to work with a modern tech stack (iPaaS, AI APIs, Microservices) in a fast-growing environment. The role offers a blend of deep technical engineering and strategic consulting, providing the opportunity to deliver measurable impact by automating critical business processes.

Required Skills

Education

Degree in Computer Science or a comparable qualification (not mandatory if equivalent practical experience/GitHub profile is provided).

Experience

  • Proven practical experience with n8n, including self-hosting and complex multi-step workflows
  • Professional experience in developing custom nodes and API integrations
  • Experience in AI integration, such as OpenAI API or document-based processing pipelines
  • Technical experience in building robust error handling and monitoring systems
  • Experience operating automation platforms in enterprise environments (Docker, Kubernetes)
  • Professional experience in end-to-end project management from discovery to go-live

Languages

Not specified

Additional

  • Hybrid work model available; location Tübingen/Remote; requires deep understanding of system architecture and error handling under load.