Category
Data Science
Overview:
This course takes you from Generative AI fundamentals to building sophisticated multi-agent AI ecosystems capable of reasoning, collaborating, and acting autonomously. You’ll learn how to design intelligent workflows that combine large language models, retrieval systems, and agent orchestration to solve real-world problems. By the end, you’ll be ready to deploy end-to-end AI-powered applications with confidence.
Module 1: Generative AI Foundations & Prompt Engineering
Understanding the AI Landscape: From traditional AI to deep learning to generative models.
Generative AI Platforms & Use Cases: Text, image, audio, and multi-modal systems.
Prompt Design Principles: Role-based prompts, chain-of-thought, and scenario-driven instructions.
Ethics & Safety: Preventing bias, misinformation, and unsafe outputs.
Module 2: Working with AI APIs & Applied Prompting
Using Model APIs Effectively: Connecting to LLMs, managing authentication.
Embedding & Semantic Search Basics.
Debugging AI Responses: Managing unpredictable or inconsistent outputs.
Structured Outputs: JSON, CSV, and custom formats for downstream use.
Module 3: Natural Language Processing for Intelligent Systems
Text Representation & Understanding: Tokenization, embeddings, and vector stores.
Chunking & Indexing Strategies for Knowledge Retrieval.
Intro to Retrieval-Augmented Generation (RAG): Merging context with model intelligence.
Hands-on Project: Build a context-aware chatbot using a retrieval pipeline.
Module 4: Optimizing Retrieval & Knowledge Integration
Enhancing RAG Systems: Multi-step query resolution, relevance ranking.
Reducing AI Hallucinations: Verification and fact-checking workflows.
Fallback & Error Recovery Strategies.
Performance Tuning & Evaluation Metrics for RAG.
Module 5: Designing AI Agents & Multi-Agent Workflows
Agent Fundamentals: How autonomous AI agents operate.
Tool-Using Agents: Connecting models to APIs, databases, and automation scripts.
Collaborative Agents: Designing teams of agents to divide tasks and share information.
Reasoning & Planning: Multi-step task execution and adaptive decision-making.
Case Study: Multi-agent coordination in research automation.
Module 6: Building & Deploying AI Applications
Creating AI-Powered APIs: Backend services using FastAPI or Flask.
Interactive User Interfaces: Using Gradio or Streamlit for demos.
Deployment Strategies: Cloud hosting, containerization, and CI/CD pipelines.
Combining Agents, RAG, and UI into a Complete System.
Monitoring & Maintenance: AI performance tracking and improvement cycles.
Module 7: Capstone Project – Multi-Agent AI in Action
Design Brief: Build a fully functional AI system combining retrieval, reasoning, and multi-agent collaboration.
Integration: External APIs, databases, and live data sources.
Testing & Optimization: Ensure efficiency, scalability, and accuracy.
Presentation: Showcase your solution to peers or potential employers.
Benefits:
Learn practical AI development from prompts to deployment.
Gain hands-on experience building retrieval-enhanced and multi-agent systems.
Understand how to orchestrate multiple AI components into one cohesive application.
Master deployment best practices for AI in production environments.
Who Should Enroll:
AI developers and machine learning engineers.
Software engineers integrating AI into workflows.
Data scientists building intelligent applications.
Innovators and entrepreneurs creating AI-powered products.
Enroll Today!
Master the technologies shaping tomorrow — become an AI & Generative AI professional ready for the future.
Instructor


