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Applied Generative AI, RAG & AI Agents

This program equips learners with practical skills to build intelligent AI applications using Generative AI, Large Language Models (LLMs), Retrieval-Augmented Generation (RAG), and AI agents. Through hands-on labs, guided projects, and real-world use cases, participants will learn to develop AI-powered assistants, build knowledge-based chatbots, automate tasks, and deploy AI applications.

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Applied Generative AI, RAG & AI Agents60% OFF
₹29,999₹74,999

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English

Language

Advanced

Level

Applied Generative AI, RAG & AI Agents

Develop practical skills in Generative AI, Large Language Models (LLMs), Retrieval-Augmented Generation (RAG), and intelligent AI agents through hands-on learning, coding exercises, and real-world projects.

About the Program

Artificial Intelligence is transforming the way we learn, work, create, and solve problems. The Applied Generative AI, RAG & AI Agents program is designed to equip school and college students with the foundational knowledge and practical skills required to develop intelligent, AI-powered applications.

The program introduces learners to Generative AI, Large Language Models (LLMs), prompt engineering, and Python-based AI application development. It progressively covers Retrieval-Augmented Generation (RAG), embeddings, vector databases, semantic search, and AI agents capable of using tools to perform tasks and execute structured workflows.

Through instructor-led sessions, live demonstrations, guided coding laboratories, assignments, and project-based learning, participants will gain experience in building AI-powered study assistants, document-based question-answering systems, knowledge assistants, and intelligent research tools. Learners will also explore how RAG and AI agents can be combined to develop context-aware applications that retrieve relevant information, use external tools, and generate evidence-based responses.

The program further introduces application testing, evaluation, deployment, data privacy, AI safety, and responsible AI practices. Learners will apply these concepts through practical exercises and mini-projects before developing a capstone project that addresses a real-world problem.

Key Learning Outcomes

Generative AI & LLMs

Understand language models, prompt engineering, and model integration.

AI Application Development

Build AI-powered applications using Python, APIs, and suitable frameworks.

RAG & Knowledge Systems

Create document-based AI assistants using embeddings and retrieval techniques.

AI Agents & Automation

Develop agents that use tools and execute structured, multi-step workflows.

Testing & Deployment

Test, evaluate, and deploy basic AI applications.

Responsible AI

Apply privacy, security, verification, and human-oversight principles.

Who Should Join?

  • School students interested in Artificial Intelligence and technology.
  • College students seeking practical AI development skills.
  • Aspiring AI developers interested in Generative AI, RAG, and AI agents.
  • Learners who want to develop practical projects and build an AI portfolio.

Learning Methodology

The program follows a progressive, hands-on learning approach combining conceptual instruction, live demonstrations, guided coding exercises, independent assignments, mini-projects, and capstone development. Learners will progress from foundational concepts to building, testing, and demonstrating functional AI applications.

Capstone Project

As part of the final project, learners will design and develop an AI-powered application using Generative AI, RAG, AI agents, or a combination of these technologies. They will demonstrate their solution, explain their technical decisions, test application behaviour, and document its capabilities and limitations.

Build Your Future with Applied AI

By the end of the program, learners will have a practical understanding of modern AI technologies and experience developing intelligent applications. The program aims to strengthen problem-solving, computational thinking, creativity, and the ability to turn AI concepts into working solutions.

What you'll learn

Upon successful completion of this course
learners will be able to: Explain the fundamentals of Generative AI
Large Language Models (LLMs)
and their real-world applications. Design effective prompts and integrate LLMs into AI-powered applications. Develop basic AI applications using Python
APIs
and suitable development frameworks. Build Retrieval-Augmented Generation (RAG) systems that retrieve relevant information from documents and knowledge bases. Apply embeddings
vector databases
and semantic search techniques to improve information retrieval. Develop AI agents capable of using tools and executing structured
multi-step tasks. Integrate RAG pipelines with AI agents to create intelligent
context-aware applications. Test and evaluate AI-generated responses for relevance
accuracy
and reliability. Deploy basic AI applications and apply fundamental security
privacy
and responsible AI practices. Design
develop
and demonstrate a practical capstone project addressing a real-world problem.

Requirements

  • Open to school students (preferably Classes XI–XII)
  • college students
  • graduates
  • and aspiring AI developers. No prior experience in Generative AI
  • RAG
  • or AI agents is required. Basic computer literacy and familiarity with using the internet. Basic programming knowledge is helpful but not mandatory. Willingness to learn Python programming and participate in hands-on coding exercises. A laptop or desktop computer with a stable internet connection. Access to a modern web browser and the development tools specified during the course. Some practical exercises may require API access or model usage credits
  • depending on the tools selected.

Curriculum

Build a strong programming foundation to develop AI-powered applications using Python.

Topics covered

  • Python fundamentals: variables, data types, operators, conditions, and loops
  • Functions, lists, dictionaries, strings, and file handling
  • Working with JSON, Python libraries, and Jupyter Notebooks
  • API integration, HTTP requests, and environment variables
  • Debugging, exception handling, and introductory Git workflows

Tools & tech

PythonJupyter NotebookGoogle ColabGitREST APIsJSON

What you'll build

Python-Based AI Utility Application

Understand how Generative AI works and develop effective applications using Large Language Models (LLMs).

Topics covered

  • Generative AI fundamentals, LLM architecture concepts, and tokens
  • Prompt engineering, system instructions, and few-shot prompting
  • Structured outputs, context management, and prompt optimization
  • Integrating LLMs through APIs and exploring open-source models
  • Hallucinations, bias, model limitations, and responsible AI practices
  • Comparing model outputs and improving response quality

Tools & tech

LLM APIsPythonGoogle ColabPrompt EngineeringOpen-Source Models

What you'll build

AI-Powered Study Assistant for Explanations, Notes & Quizzes

Transform language model capabilities into usable applications with interactive interfaces and reliable functionality.

Topics covered

  • Integrating LLMs into Python applications
  • Managing conversation history and multi-turn interactions
  • Structured data extraction and streaming responses
  • API error handling, latency management, and token cost optimization
  • Building interactive AI interfaces
  • Input validation and application workflow design

Tools & tech

PythonLLM APIsStreamlitREST APIsJSONJupyter Notebook

What you'll build

Interactive AI Application with a User-Friendly Interface

Build knowledge-based AI systems that generate answers using information retrieved from documents and trusted knowledge sources.

Topics covered

  • RAG architecture and comparison with prompting and fine-tuning
  • Document ingestion, parsing, cleaning, and chunking
  • Embeddings and semantic similarity
  • Vector databases, indexing, and document retrieval
  • Context construction and grounded answer generation
  • Source citations and handling questions with insufficient evidence

Tools & tech

PythonLangChainEmbedding ModelsVector DatabasesPDF LoadersGoogle Colab

What you'll build

Document-Based AI Knowledge Assistant with Source Citations

Improve the relevance, accuracy, and reliability of RAG applications through advanced retrieval techniques and systematic evaluation.

Topics covered

  • Semantic search, keyword search, and hybrid retrieval
  • Metadata filtering and contextual retrieval
  • Query rewriting and retrieval optimization
  • Reranking and relevant context selection
  • Evaluating retrieval quality, answer correctness, and faithfulness
  • Test datasets, failure analysis, and prompt injection risks

Tools & tech

PythonVector DatabasesLangChainRAG Evaluation FrameworksEmbedding Models

What you'll build

Advanced RAG System with Evaluated Retrieval and Improved Answer Quality

Develop intelligent AI agents that use tools, process information, and execute structured tasks with appropriate controls.

Topics covered

  • AI agents versus conventional chatbots and fixed workflows
  • Agent planning, actions, observations, and task decomposition
  • Tool calling and function calling
  • Agent state, memory, and contextual information
  • Connecting agents to search tools, calculators, APIs, and databases
  • Managing tool failures, execution limits, and human approval

Tools & tech

PythonLangChainLLM APIsFunction CallingREST APIs

What you'll build

AI Research Assistant with Tool Calling and Structured Reports

Combine retrieval systems, AI agents, and workflow orchestration to develop intelligent applications capable of completing multi-step tasks.

Topics covered

  • Workflow orchestration and state management
  • Graph-based workflows and conditional routing
  • Connecting RAG pipelines with AI agents
  • Tool selection and task execution
  • Introduction to LangGraph and multi-agent collaboration
  • Execution tracing, monitoring, and agent evaluation

Tools & tech

PythonLangChainLangGraphVector DatabasesLLM APIsRAG Frameworks

What you'll build

Intelligent Document Research Agent with Evidence-Based Reports

Prepare AI applications for practical use through testing, deployment, security, and responsible AI practices.

Topics covered

  • Deploying AI applications using interactive web interfaces
  • Introduction to FastAPI and Docker
  • Functional testing and regression testing
  • Managing API keys, credentials, and application configuration
  • Monitoring latency, reliability, and usage costs
  • Data privacy, access control, prompt injection, and AI safety

Tools & tech

PythonStreamlitFastAPIDockerGitTesting Frameworks

What you'll build

Deployed AI Application with Testing and Basic Security Controls

Apply the complete learning experience to design, develop, test, and demonstrate an AI-powered solution for a real-world problem.

Topics covered

  • Problem identification and defining user requirements
  • Application architecture and technology selection
  • Integrating Generative AI, RAG, and AI agents
  • Developing and testing an end-to-end application
  • Evaluating outputs, documenting limitations, and improving performance
  • Preparing project documentation and presenting technical decisions

Tools & tech

PythonLLM APIsRAG FrameworksAI Agent FrameworksStreamlitGit

What you'll build

End-to-End AI Application Using Generative AI, RAG & AI Agents

Generative AIArtificial IntelligenceAgentic AIAI AgentsRetrieval-Augmented Generation (RAG)Large Language Models (LLMs)Prompt EngineeringPython ProgrammingAI Application DevelopmentVector DatabasesEmbeddingsSemantic SearchLangChainLangGraphAI AutomationMulti-Agent SystemsChatbot DevelopmentIntelligent AssistantsAI WorkflowsMachine LearningResponsible AIAI Project Development
₹29,999₹74,999
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