
Discover Naa10 and AI workflows, including installation or online access, and an overview of the course structure from foundations to higher-level projects with downloadable workflows and JSON/HTML resources.
Learn to design N8N workflows with a visual, low-code editor that moves data, integrates AI and third-party services, and supports chatbots, analytics, and automated tasks while noting its limits.
Install n8n by choosing among local, cloud, or virtual private server setups; compare downtime, maintenance, costs, and domain options, and follow a vps-based approach for flexibility.
Install n8n locally on your machine, verify node and npm, install globally with npm -g n8n, launch and open localhost:5678, then set up your account to access the interface.
Explores N8N cloud and 3rd party hosting, highlighting its managed setup, pricing, and 14-day free trial, plus steps to create an account and the limit of five concurrent executions.
Compare OpenAI and Olama as AI language models, highlighting paid versus free access and local versus cloud deployment. Set up OpenAI API and run Olama locally to power workflows.
Explore the n8n interface, create your first workflow, connect a basic lm chain to an OpenAI chat model, and manage inputs, prompts, and JSON variables.
Gain hands-on foundations by building workflows in this section, starting with trigger nodes, connecting to online services with credentials, and adding notes, AI agents, tools, custom knowledge, and error handling.
Learn how the trigger node starts a workflow and supports multiple triggers, including manual, schedule, webhook, form submission, and chat message.
Integrate a chatbot into a website by replacing the chat trigger with a webhook flow that posts the message and returns the AI response via webhook.
Learn to handle node errors in n8n by retrying or continuing the workflow, using error outputs and branching to mitigate failures with webhook triggers and OpenAI.
Route errors to a dedicated error handler workflow with a production URL and webhook trigger to intercept errors from other workflows and log alerts.
Explore building practical n8n workflows with social media projects, from a Telegram chatbot to bots for WordPress, Reddit, Discord, Slack, Twitter, and LinkedIn, while learning data generation and node setup.
Build a telegram chatbot by creating a telegram bot, configuring credentials, and wiring an n8n workflow with a telegram trigger, OpenAI, and optional serp API search.
Automate blog publishing with an n8n workflow that takes a topic from Telegram, researches it with Google search, writes a post with AI, and publishes to WordPress.
Build a Reddit commenter bot in n8n by retrieving subreddit posts, filtering by comment count, generating AI comments with OpenAI, and posting via the Reddit API.
Analyze sentiment of Reddit posts by aggregating per-item inputs into a single data list, exploring per-item vs batch execution, and using an AI agent to output a 0–10 mood score.
Learn to build a simple Discord bot that sends messages to a channel, configure oauth2 credentials, and use set fields with a Discord node to drive the workflow.
Learn to build a discord slash command bot with n8n by wiring cloudflare workers, webhooks, and http requests for immediate replies and dynamic command registration.
Build a Slack channel bot that instantly replies to slash commands by wiring a Slack app with scopes like commands and chat write, a Cloudflare worker, and an N810 webhook.
Learn to implement a Gmail HITL workflow in n8n, using a markdown node to convert email HTML to data, summarize content, and route approvals to send or revise.
Implement a telegram-based human-in-the-loop to approve or modify tweets. Employ a text classifier and AI agent to interpret free text and loop back for updates.
Create a generic human-in-the-loop workflow using URL-based decisions, a wait node, and a merge node to approve or deny refunds via Discord or email.
Advance your working knowledge of n8n with intermediate projects that increase complexity, focus on building robust workflows, and practice with new nodes and credential setups for automation.
Build a LinkedIn scraper that fetches jobs or profiles via Google search and saves the URLs to a Google Sheet, with mode toggles and AI-driven prompts.
Build a crypto sentiment analysis bot by fetching news from RSS feeds, filtering with a user query, and performing sentiment analysis with an OpenAI agent to deliver concise results.
Develop a WordPress image-generation workflow by adding an AI agent to create prompts, generate PNG images with Stability AI, upload and attach them to posts, and notify users via Telegram.
Explore AI-driven meme generation using popular templates, where an AI selects a template and writes text, then an image flip API returns the meme URL.
This course is a complete, hands on guide to mastering N8N and AI automation.
Automation is one of the most in-demand skills today, and n8n has quickly become one of the most powerful tools available. It is open source, flexible, and allows you to connect hundreds of apps and services together. When combined with AI models like OpenAI, Claude, Grok, Gemini, and Ollama, the possibilities are endless.
This course takes you from the very basics of n8n to advanced AI powered automations. You will not just learn concepts, you will build real projects step by step. Every lecture is designed with practice in mind, so by the end of the course, you will have built a portfolio of automation workflows that you can use in your own business or freelance career.
We will cover:
Installing n8n locally, in the cloud, or on a VPS
Trigger nodes, credentials, and integrations
Building AI chatbots with tools and website integration
Retrieval Augmented Generation (RAG) with n8n
Error handling for production-ready workflows
Dozens of projects: Telegram bots, Discord bots, Slack bots, WordPress automation, Google Sheets visualization, and more
Human In The Loop workflows (HITL)
Advanced projects like LinkedIn scrapers, AI crypto sentiment analysis, and AI meme generation
By the end, you’ll be confident in building automations that save time, boost productivity, and bring AI into your workflows.