
By the end of this lecture, you'll know exactly what to expect in this course and learn a bit about me.
By the end of this lecture, you'll have a clear, jargon-free understanding of what AI actually is, how modern LLMs work, and why this matters for everything you'll build in the course.
You would also be able to explain the difference between generative and agentic AI.
By the end of this lecture, you'll understand what n8n is, why it has become the leading AI workflow automation platform, and how its node-based visual builder works.
By the end of this lecture, you'll be able to read any n8n workflow at a glance — triggers, nodes, data flow — and start designing your own.
By the end of this lecture, you'll know exactly when to use n8n, when Zapier or Make is the better choice, and why n8n is the only serious option for AI agents and complex agentic workflows.
By the end of this lecture, you'll know how n8n's AI Agent node works, what tools and memory mean inside n8n, and how the agent architecture you'll build later fits together.
By the end of this lecture, you'll understand the four pillars of agentic AI (autonomy, memory, tool use, goal-seeking) and the core design patterns: ReAct, Planning, and other types of agents.
By the end of this lecture, you'll have a working n8n instance running (cloud or self-hosted), your first credentials configured, and the canvas open and ready for Workflow #1.
By the end of this lecture, you'll have built your first complete workflow that captures form submissions and pushes structured data into a CRM.
By the end of this lecture, you'll be able to build workflows that route data dynamically from a Google form, and publish content to a Google Sheets CRM.
By the end of this lecture, you'll be able to build workflows that capture user's input from a webhook, branch based on conditions, route data dynamically, and publish content to multiple destinations based on user's request.
By the end of this lecture, you'll have built a complete support triage system that monitors an inbox, classifies tickets using an LLM, applies prompt engineering for consistent results, and writes structured records into a database — fully autonomously.
By the end of this lecture, you'll be able to extract structured data from messy unstructured documents (invoices, contracts, emails) and trust the output enough to push it directly into downstream systems.
By the end of this lecture, you'll have a fully autonomous AI agent that takes a user query, decides which tools to use, executes them in the right order, remembers context across interactions, and returns a synthesized answer — without you scripting any of the logic.
By the end of this lecture, you'll understand what RAG is, why it solves the biggest limitation of LLMs (knowledge cutoff and hallucination), and the architectures used in production by major companies.
By the end of this lecture, you'll know what a knowledge base actually is in the context of RAG, how to structure documents for retrieval, and what makes a knowledge base reliable vs broken.
By the end of this lecture, you'll understand how text gets converted into vectors, and why high-dimensional embeddings capture meaning.
By the end of this lecture, you'll know the major chunking strategies (fixed-size, recursive, semantic, document-based), when to use each, and why bad chunking is the #1 cause of broken RAG systems.
By the end of this lecture, you'll understand the difference between short-term, long-term, and episodic memory in AI systems, and how to design memory layers that scale across thousands of conversations.
By the end of this lecture, you'll know how semantic search differs from keyword search, how vector similarity works under the hood, and how to combine both for hybrid search systems.
By the end of this lecture, you'll have built a complete RAG workflow that ingests documents into a vector database, retrieves relevant context based on user queries, and generates accurate answers grounded in your own data. We will also see a Pinecone-based RAG implementation in n8n.
By the end of this lecture, you'll have deployed a production-style RAG assistant on Telegram that handles multi-turn conversations, remembers context across messages, and pulls accurate answers from your own knowledge base.
By the end of this lecture, you'll be able to keep any RAG knowledge base automatically up-to-date by ingesting RSS feeds on a schedule — the pattern behind every always-fresh AI assistant in production.
By the end of this lecture, you'll have built a complete multi-agent system across three connected workflows: a Supervisor agent that breaks down marketing tasks, plus two specialized Worker agents that execute and report back, followed by a QA agent that improves the content. You'll see exactly how production-grade multi-agent systems coordinate.
By the end of this lecture, you'll be able to design agent pipelines where each agent specializes, hands off cleanly to the next, and preserves context through complex multi-step tasks — the gold standard for reliable agent systems.
By the end of this lecture, you'll have built two interconnected workflows: a Centralized Error Handler that catches failures across every other workflow, logs them, and routes alerts; plus a Self-Healing Recovery Pipeline that automatically retries, recovers, or escalates based on failure type — turning your demos into production systems.
By the end of this lecture, you'll know exactly what to do next, how to build a solid portfolio and how to keep your skills sharp as n8n evolves.
Stop watching tutorials. Start shipping AI agents.
7 hours. 15 workflows. Zero filler.
n8n is the open-source AI workflow automation platform that's quietly become the #1 tool for building AI agents, agentic AI workflows, and generative AI automations in 2026. 187k+ GitHub stars. $1B+ valuation. Used inside Fortune 500 companies. n8n is where serious builders go for building enterprise AI workflows.
This course is 95% hands-on. You'll build real workflows from the first lecture. Concepts like webhooks, APIs, LLMs, prompt engineering, structured outputs, RAG, vector databases, multi-agent architectures, and error handling get taught the moment you need them inside a real project. No three-hour theory dumps. No watered-down demos. Real builds. Real outcomes. Workflows you can ship on day one.
Beginners welcome. Developers welcome. Marketers, ops leads, entrepreneurs, product managers — all welcome. The course meets you where you are and takes you to advanced.
What you'll build in 7 hours
A list of working systems, not topics:
A Lead Generation & CRM Pipeline with webhook capture, enrichment, and full API chaining
An Automated Social Media Publishing Pipeline with advanced routing and branching
A Support Triage Workflow powered by LLMs that classifies, routes, and responds to tickets autonomously
An Invoice Extraction Pipeline that forces strict JSON schemas from LLMs for reliable structured outputs
A Netflix Ratings AI Agent with tools, memory, and full agent autonomy
A complete RAG System from scratch — chunking, embeddings, vector stores, semantic search
An Enterprise QA Assistant on Telegram with advanced retrieval and conversational memory
A Financial Market News Aggregator that pulls RSS feeds and updates your RAG knowledge base on a schedule
A Multi-Agent Marketing Team using a supervisor-and-workers architecture with subworkflows
A Cultural Travel Concierge showing advanced context handoff and sequential agent design
A Centralized Error Handler & Self-Healing Pipeline with guardrails, logging, and production-grade reliability
Topics covered (deeply, through practice)
n8n fundamentals · Visual workflow builder · Triggers & nodes · Webhooks · HTTP requests · API integrations · Authentication & credentials · Data transformation · Conditional logic · Routing & branching · Loops · Merge logic · LLM integrations (OpenAI, Claude, Gemini, Ollama, DeepSeek) · Prompt engineering · Structured outputs · JSON schemas · AI agents · Agent tools & autonomy · Agent memory · RAG · Chunking strategies · Embeddings · Vector databases (n8n Simple Vector Store, Pinecone) · Semantic search · Knowledge bases · Multi-agent architectures · Supervisor-worker patterns · Sequential agents · Context handoff · Subworkflows · Error handling · Guardrails · Logging · Self-healing workflows · Production deployment · No-code automation · Generative AI workflows · Agentic AI workflows · AI workflow automation
Why this course works
95% hands-on by design. You build from lecture one. Theory shows up only when you're about to use it.
No coding required. If you can drag, drop, and read English, you can finish this course.
Built for 2026. Every workflow uses current n8n AI agent nodes, LLM APIs, current vector database integrations.
Real systems, not toy demos. Every project is something you'd put in front of a paying client or deploy at work tomorrow.
Multi-role friendly. Whether you want to automate your own life, build internal tools, freelance, or launch an AI Automation Agency — the workflows transfer directly.
Future-proof. Agentic AI is the biggest shift since cloud. n8n is leading it. You'll be in the right place at the right time.
Who this course is for
Complete beginners with zero automation or AI experience who want a clear, project-led path in
Developers and engineers who want to ship AI agents without writing thousands of lines of LangChain code
Marketers, salespeople, and operations professionals who want to automate the repetitive work eating their week
Entrepreneurs and freelancers building (or wanting to build) an AI Automation Agency
Product managers, founders, and team leads evaluating agentic AI for production use
Existing n8n users who've stuck to basic workflows and want to level up to AI agents, RAG, and multi-agent systems
Anyone tired of consuming AI content and ready to actually build something with it
Prerequisites
A computer. An internet connection. Curiosity. That's it. No coding background. No prior n8n experience. Everything is taught from the ground up.
What you walk away with
A portfolio of 15+ production-ready AI workflows. The confidence to architect agentic AI systems from scratch. A clear sense of when to use a simple automation, when to reach for an AI agent, and when you actually need a multi-agent swarm. Enough technical fluency to talk to engineers, enough practical skill to ship without them, and the strategic perspective to know what to build next.
This is the n8n course you wished existed the first time you heard the words "AI agent."
Enroll now. Build your first agent today. Ship your first multi-agent system this week.
Lifetime access. 30-day money-back guarantee. Future updates included as n8n evolves through 2026 and beyond.