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 Duration 14 hours

Course Outline

Day 1: Workflows and AI Integration

    Introduction

    • Determining when to use automation, AI steps, or autonomous agents
    • Understanding n8n in context: cloud vs. self-hosted deployment and its impact on data control

    Core n8n Concepts

    • Understanding workflows, nodes, triggers, and execution cycles
    • Transferring data between nodes using drag-and-drop functionality, eliminating the need for syntax entry
    • Interpreting execution logs to identify and resolve issues

    App and Data Integration

    • Utilizing webhooks and form-based triggers
    • Working with nodes for spreadsheets, email, and calendars
    • Managing credentials and authentication for external services
    • Step-by-step guidance on using the HTTP Request node

    Implementing AI Steps

    • Integrating AI models into existing workflows
    • Crafting prompts for consistent and reliable outputs
    • Managing structured outputs and automatically correcting malformed responses
    • Classifying and extracting data from emails, forms, and documents

    Decision Logic and Actions

    • Implementing branching logic using If and Switch nodes
    • Incorporating human approval steps before executing actions
    • Recording results in spreadsheets and distributing notifications

    Practical Lab: First End-to-End Workflow

    • Building a complete flow from incoming request to a classified, recorded, and routed outcome

    Day 2: Agents and Operational Management

      Understanding Agents

      • Components of an agent: model, memory, and tools
      • Choosing between fixed workflows and autonomous agents
      • Granting agents access to internal documents and spreadsheets

      Agents in Action

      • Distinguishing between read-only and write-capable tools
      • Defining system prompt rules: required fields, preventing hallucinated data, and avoiding duplicates
      • Stress-testing agents to ensure robustness

      Communication Channels

      • Setting up a chat interface for internal use
      • Connecting agents to specific messaging platforms

      Ensuring Reliability

      • Implementing error workflows, retry mechanisms, and alert systems
      • Utilizing logs and execution history for tracking
      • Managing costs associated with model usage and executions

      Data Privacy and Security

      • Understanding what data is shared when external models are invoked
      • Exploring self-hosting and local models through live demonstrations
      • Reviewing a compliance checklist with IT and legal teams

      AI-Assisted Workflow Development

      • Using AI assistants to draft initial workflow structures
      • Reviewing drafts: analyzing node functions, data sources, and empty-state handling

      Final Project and Future Steps

      • Participants will complete and present a workflow featuring an AI step and an agent tailored to their specific process
      • Developing a maintenance plan and identifying future automation opportunities

      Deliverables: A functional workflow with an integrated AI step, a data-connected agent, error handling, and a comprehensive review checklist.

      Requirements

      • No prior programming experience is necessary
      • Familiarity with web applications and spreadsheet software
      • A clear identification of at least one repetitive process in their current workflow

      Target Audience

      • Professionals in business operations, customer service, and related roles
      • Team leaders and process owners
      • Non-technical staff aiming to build automations and AI agents leveraging company data

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