
Explore how modern ai goes beyond chatbots to book flights and browse and scrape the web. Engage hands-on with open-source models on your laptop to build an english tutor assistant.
Explore Google's Notebook LM, an AI tool for students and researchers that generates audio and video overviews, mind maps, reports, infographics, flashcards, and slide decks from uploaded or linked sources.
follow the five-section course roadmap from installing open source models to building an english tutor assistant and exploring llm fundamentals, tokens, prompts, and mcp integrations.
Meet Iman Surana, a cloud solutions architect with 16+ years delivering enterprise-grade solutions on Azure and AWS, a Microsoft Certified Trainer and Udemy instructor partner guiding this AI fundamentals course.
Examine closed and open source language models, including frontier models like GPT, Codex, and Gemini, alongside DeepSeq, Mistral, and Llama, and learn to test them on your laptop.
Differentiate traditional AI from generative AI, noting that traditional AI does not generate new content while generative AI creates new text, images, and videos using deep learning.
Learn how large language models, trained on billions of words and billions of parameters, generate human-like text and perform tasks like answering questions, translating, and content creation.
Understand how large language models predict the next token from context using billions of parameters. They learn patterns from terabytes of data, not memorize databases, enabling reasoning and multilingual understanding.
Explain tokens as the building blocks language models use to process text, including words, parts of words, numbers, punctuation, and spaces, and how tokenization influences input and pricing.
Explore how inference drives output from trained models, how the context window limits tokens, and why hallucinations occur, with rag as retrieval augmented generation.
Learn why prompt engineering matters, choosing concise prompts to save tokens and improve accuracy, and discover how to specify output formats in prompts for large language models.
Explore how temperature, top-k, and top-p sampling shape large language model outputs, from deterministic coding tasks to creative brainstorming, by adjusting randomness and probability mass.
Master prompt design by defining a persona, supplying context and input data, detailing instructions, choosing an output format, and using examples to align llm outputs with your goals.
Explore zero shot prompting, giving the model only the task with no example and relying on pre-trained knowledge for simple, well known questions to yield quick results.
Learn few-shot and one-shot prompting, where models follow examples to control tone, format, and reasoning for structured outputs, rewrites, and data transformations, including polite customer service style and chain-of-thought prompting.
Explain chain-of-thought prompting and the react prompting technique, guiding models to think step by step to improve reasoning in math, logic, and multi-step planning, with ChatGPT examples.
Explore react prompting, a reason-and-action approach where AI agents alternate thinking and acting—reasoning steps, then retrieving facts by searching the web or calling tools and API calls to produce answers.
Master system, contextual, and role prompting to design prompts that govern AI behavior, supply background context, and define persona, shaping accurate, safe, and helpful responses in AI applications.
Learn about the AI Agent and where does it fit.
This lecture will explain about the components of an AI Agent
In this lecture you'll understand what product you are going to build in this module.
You'll learn about the Git repository that we are going to use in this module and its structure.
In this lecture you'll understand what problem does AWS Bedrock AgentCore solve
This lecture will show you how you can create an IAM SSO user in AWS
In this lecture you'll configure IAM SSO user in the AWS CLI to authenticate to AWS before executing any commands.
We'll use the AWS CLI configured with IAM SSO user to test the LLM Model Access in AWS Bedrock
You'll understand how you can build Tools for an AI Agent. AI Agent uses tools at its disposal to get things done.
You'll understand how you can build and test Tools for an AI Agent. AI Agent uses tools at its disposal to get things done.
We'll launch an EC2 instance in AWS for testing
You'll understand how we can control Agent behavior using the System Prompt
We'll test our Agent will the tools locally to see if it works before we ship it to AWS AgentCore
You'll install the AWS AgentCore CLI package in your terminal
You'll package the agent and deploy it into AgentCore runtime in AWS.
We'll assign the requirement IAM permissions to the IAM role that AgentCore will use to get things done
Understand how to check trace logs of the Agent
Cleanup the AIOPS lab by tearing down runtime, terminating idle EC2 instances, and deleting remaining resources and policies to prevent idle costs, while reviewing deployment, observability, and guardrails.
Explore responsible AI principles—fairness, privacy and security, accountability, reliability, and transparency—and learn how guardrails, human in the loop oversight, and AWS Bedrock tools enable safe AI.
Understand what RAG (Retrieval Augmented generation) is and why it is used
Understand the problem without RAG
We'll setup RAG for front desk agent using Langflow to overcome the problem
We'll understand the difference between traditional RAG and Agentic RAG
In this lecture we'll implement Agentic RAG.
You'll understand what is Model Context Protocol or MCP and why we use it
Explore using the Docker desktop MCP server to generate YouTube transcripts by connecting a client (cloud desktop, VS Code, Gemini CLI) to MCP servers from the catalog.
You'll understand the MCP Architecture
We learn with doing it, so in this lecture we'll configure our own MCP server to manage the Google Calendar. Google now has their own MCP server that you can use but configuring our own MCP will help to understand behind the scene working of MCP.
You'll understand what is Claude actually
You'll understand various Claude features - Claude chat, Claude cowork which is now merged into Claude chat in Sept'26 and Claude Code
Understand which Large Language models (LLMs) family is available in Claude.
Build anything using Claude Code, that what we gonna learn in this lecture
We'll build a real app using Claude Code (by just prompting to Claude)
You'll understand what is skill and what do we do with it in Claude
We'll use Claude skill to teach claude how to get the work done
You'll learn how you can create your own skill for repetitive task instead of prompting Claude the same instructions again and again.
Wraps up by revisiting open-source models you can install locally, highlights prompt engineering, agentic AI with AWS bedrock, and MCP (model context protocol) for connecting external sources like Google Calendar.
Artificial Intelligence is no longer just for researchers and data scientists. Generative AI and Large Language Models (LLMs) are becoming part of everyday work — from writing and research to automation and intelligent agents. If you want to actually understand how today's AI systems work (not just use ChatGPT and hope for the best), this course gives you that foundation.
This is a beginner-friendly, hands-on introduction to modern AI — but don't mistake "beginner-friendly" for "surface-level." By the end, you'll have built an AIOPS agent, a Retrieval-Augmented Generation (RAG) pipeline visually using Langflow, and built and deployed your own working MCP (Model Context Protocol) server with real OAuth authentication and API integration — two things most "intro to AI" courses never get close to.
Taught by a cloud architect, not just an AI enthusiast
This course is created by Himanshu Rana, a Cloud Solutions Architect with 16+ years delivering enterprise-grade solutions on AWS and Azure, and a Microsoft Certified Trainer. You're learning AI fundamentals from someone who's also spent a career building production systems — so the explanations are grounded in how this technology actually gets used, not just how it's marketed.
What you'll learn
Core foundations of Generative AI and how LLMs actually "think" and generate responses
Tokens, prompts, and how tokenization affects both output quality and API cost
Prompt engineering techniques to get consistent, reliable results from any LLM
Retrieval-Augmented Generation (RAG) — the difference between traditional RAG and agentic RAG, and how to build a RAG pipeline visually using Langflow, no heavy coding required
AI Agents: how they plan, reason, and use tools across vector stores, web search, and APIs
Model Context Protocol (MCP) — the emerging standard for connecting AI models to real tools and systems, including hosts, clients, servers, and transport layers
Hands-on project: build your own MCP server to manage Google Calendar, with OAuth authentication and live API access — list, schedule, and delete events through an AI client
How to run and compare open-source models locally, and build an agentic AI Agent with AWS Bedrock AgentCore
How you can better use Claude features - Claude Code, Claude Cowork, Claude Skill
Who this course is for
Beginners with no prior AI or machine learning background who want a real foundation, not just buzzwords
Developers and non-developers alike who want a visual, low-code way to understand RAG and agentic workflows before diving into code-first frameworks like LangChain or LangGraph
Product managers, founders, and team leads who need a working mental model of how modern AI systems are built
Anyone curious about AWS Bedrock Agentcore, MCP, Langflow, or what it actually takes to connect an AI model to a real external tool
A note on scope
This course is intentionally focused — it's the solid on-ramp before you commit to a multi-week, multi-framework bootcamp. You'll walk away with real conceptual depth, a working RAG pipeline built visually in Langflow, and a complete hands-on MCP project — not a half-finished tour through ten different agent frameworks. If you're looking for a clear, practical starting point in AI before specializing into code-heavy frameworks, this is built for exactly that.
By the end of this course, you won't just know about AI — you'll know how it works under the hood, and you'll have built something real with it.