Agentic AI & Prompt Engineering
Course overview:
By the end of this course, learners will have a strong understanding of large language model (LLM) fundamentals and the principles behind agentic AI systems. They will be able to design and implement retrieval-augmented generation (RAG) solutions, apply advanced prompt engineering techniques to improve performance and reliability, and build autonomous AI agents using structured agentic workflows. Learners will also gain hands-on experience architecting real-world AI applications using industry-standard frameworks such as LangChain and OpenAI functions. Through practical labs and a comprehensive capstone project, participants will demonstrate their ability to design, develop, and deploy intelligent agent-based solutions.
Course Content
Course Content:
🔹 Week 1: Foundations of AI & LLMs (3.5 hrs)
Topics:
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AI/ML/Deep Learning refresher
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What are Large Language Models (LLMs)
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Transformer architecture basics
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Types of LLMs (OpenAI, Claude, Mistral, LLaMA)
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LLM capabilities and limitations
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Use cases in business: copilots, summarization, recommendation
Lab: Run an LLM via API (OpenAI or Hugging Face)
Quiz: AI/LLM fundamentals
Outcome: Understand LLM architecture and business context
🔹 Week 2: Prompt Engineering Essentials (3.5 hrs)
Topics:
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Prompt structure: instructions, context, input
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Prompting techniques: zero-shot, few-shot, chain-of-thought
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System vs. user prompts
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Role prompting and format engineering
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Evaluation and optimization of prompts
Lab: Create and compare various prompt styles (OpenAI Playground)
Quiz: Prompt design patterns
Outcome: Build optimized prompts for common LLM tasks
🔹 Week 3: Retrieval-Augmented Generation (RAG) (3.5 hrs)
Topics:
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What is RAG? Why use it?
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RAG architecture (vector store + LLM)
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Embeddings (OpenAI, Hugging Face, Cohere)
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Vector databases (FAISS, Pinecone, Chroma)
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Chunking, indexing, retrieval strategies
Lab: Build a basic RAG pipeline with PDF ingestion
Quiz: RAG architecture and benefits
Outcome: Retrieve and answer domain-specific content using RAG
🔹 Week 4: Introduction to Agentic AI (3.5 hrs)
Topics:
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What are AI Agents?
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Autonomous vs. tool-using agents
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Agent loop: plan → execute → observe → reflect
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Tools & frameworks: LangChain agents, OpenAI tools/functions, AutoGPT
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Real-world agent use cases: research, coding, data pipelines
Lab: Build a tool-using agent with LangChain + OpenAI
Quiz: Agent types and workflows
Outcome: Understand and build your first AI agent​​




🔹 Week 5: Agentic Workflows & Orchestration (3.5 hrs)
Topics:
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Multi-agent systems and task delegation
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Agent memory and tool selection
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Integration with APIs, databases, spreadsheets, etc.
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Autonomous workflows: task decomposition and execution
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Challenges: hallucinations, error handling, guardrails
Lab: Multi-step AI assistant with LangChain or crewAI
Quiz: Workflow comprehension and debugging agent plans
Outcome: Deploy a multi-step workflow with agent coordination
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🔹 Week 6: Agentic Architectures & Deployment (3.5 hrs)
Topics:
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Architectural patterns: RAG + Agent + Tool integration
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State management, observability, logging
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Containerization and deployment (Streamlit, FastAPI, Docker)
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Security, rate limits, API keys, fail-safes
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Evaluation strategies (auto-eval, human-in-the-loop)
Lab: Package and deploy your agentic app
Quiz: Architecture and deployment best practices
Outcome: Build and deploy a full-stack AI app
🔹 Week 7: Capstone Project + Demos (3.5 hrs)
Project Work:
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Choose from:
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Agent-based document Q&A system
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AI data assistant (SQL + Excel workflows)
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Code assistant (AI-powered dev helper)
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Strategic decision-maker (SWOT, PEST, ROI agent)
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Teams or solo
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Includes data ingestion, prompts, agent design, and deployment
Demo & Review: Each team presents their solution
Certificate of Completion issued upon successful project submission
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Staffing Support​
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Resume Preparation
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Mock Interview Preparation
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Phone Interview Preparation
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Face to Face Interview Preparation
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Project/Technology Preparation
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Internship with internal project work
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Externship with client project work
Our Salient Features:
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Hands-on Labs and Homework
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Group discussion and Case Study
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Course Project work
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Regular Quiz / Exam
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Regular support beyond the classroom
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Students can re-take the class at no cost
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Dedicated conf. rooms for group project work
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Live streaming for the remote students
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Video recording capability to catch up the missed class
