
Master ai agents fundamentals by exploring prompt engineering, context windows, and embeddings, then uncover rag vector, dbms agents, long chain, lane graph, lang chain, cloud, gemini, and MCP prompt engineering.
Learn how transformer-based large language models use context windows and tokens to process prompts, and how to feed internal data via the conversation context window while balancing latency.
Embeddings convert text into 1536-number vectors to capture meaning and semantic similarity. Similar concepts have close vectors, enabling retrieval by meaning rather than exact words.
Lang Chain provides an abstraction layer to build AI agents with memory, tools, and multi-provider support, simplifying integration of vector databases, embeddings, and external systems.
Verify the Python environment and API keys to make your first OpenAI chat API calls, initialize the client, parse responses, and understand token costs, plus LangChain for multi-provider workflows.
Explore LangChain's universal interface, verify your environment, and compare boilerplate with LangChain across OpenAI, Gemini, and Zeiss Grok; learn prompts, parsers, and chain composition for multi-provider AI pipelines.
Explore prompt engineering techniques to improve AI agent responses by crafting specific prompts and role definitions, covering zero shot, one shot, few shot, and chain of thought prompting.
Master prompt engineering with structured prompting techniques—zero shot, one shot, few shot, and chain of thought—through hands-on labs that compare methods and reveal the most effective approach for AI responses.
Learn how vector databases use embeddings to search by meaning, enabling semantic retrieval across large data with dimensionality, scoring, and chunk overlap.
Build a production-ready semantic search engine by turning text into embeddings, using overlapping chunks, and storing them in a chroma db vector store; validate with end-to-end semantic search.
Explore Rag’s three-step process—retrieval, augmentation, generation—to deliver up-to-date, context-aware answers via semantic search, vector embeddings, and augmented prompts.
Practice labs demonstrate building a retrieval augmented generation system, from vector store setup and paragraph-based chunking to LLM integration and prompt engineering, delivering context-aware, source-attributed answers.
Explore how LangGraph extends Lang chain to orchestrate multi-step AI workflows with nodes, edges, and shared state, enabling iterative analysis, branching, and a tool-powered research assistant.
Set up a Python virtual environment and libraries, build stateful ai workflows with nodes, edges, conditional routing, and tool integration to create a research agent with MCP.
Activate MCP to connect the AI agent with MCP servers, enabling queries to orders, tickets, and databases and extending capabilities through existing MCP server integrations.
Explore how MCP acts as a universal port connecting lane graph AI agents with external tools and servers, enabling intelligent routing to the calculator tool and weather services.
Leverage context windows, vector databases, lang chain, lane graph, MCP, and prompt engineering for fast, accurate document search with context aware semantic search and a 24/7 chat UI.
Unlock the power of next-generation AI Agents with this hands-on, practical learning experience. This comprehensive course guides you step-by-step through the essentials of building, deploying, and managing sophisticated AI-driven applications. You'll move beyond simple chatbots to create autonomous agents that can reason, plan, and interact with their environment using industry-leading tools and frameworks.
Your journey begins with the fundamentals. You'll start by making your very first AI API call, demystifying the connection between your code and a large language model. From there, you'll progressively deepen your understanding through practical labs on LangChain, the premier framework for agent development. Master powerful prompt engineering techniques to precisely control your agent's behavior. Then, discover how to give your agent a "memory" by harnessing vector databases, culminating in a real-world project: building a semantic search engine for technical documentation.
With the foundation set, you'll explore advanced architectures. Dive deep into the RAG (Retrieval-Augmented Generation) approach, learning how to connect your agents to external knowledge sources to provide accurate, up-to-date answers. You'll then be introduced to LangGraph, a powerful tool for building complex, stateful AI workflows. This allows your agents to perform multi-step tasks, make decisions, and loop until a goal is achieved. The course concludes with advanced concepts, where you'll extend LangGraph capabilities by integrating external tools and APIs.
Whether you're new to AI or a developer looking to integrate agentic capabilities, this course provides the skills and confidence to create your own intelligent workflows. By the end, you won't just understand AI agents; you'll be building and deploying them from scratch, ready to tackle complex, real-world problems.