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Agentic AI

Course Overview

Agentic AI Fundamentals introduces learners to AI agents—intelligent systems capable of reasoning, planning, decision-making, and autonomous action. Unlike traditional AI or chatbot-based systems, agentic AI can pursue goals, use tools, maintain memory, and adapt based on feedback.

This course builds a strong conceptual foundation in agent-based architectures, Large Language Models (LLMs), and orchestration frameworks. Learners will understand how agentic AI is applied in enterprise automation, IT operations, software engineering, analytics, and decision support systems.

Course Content

Module 1: Introduction to Agentic AI
Evolution from rule-based AI to agentic systems
What is Agentic AI?
Key characteristics: autonomy, planning, reasoning, action
Agentic AI vs Chatbots vs RPA

Module 2: Core Components of an AI Agent
Goals and objectives

Perception and inputs
Reasoning and planning engines
Action and execution layers
Memory (short-term and long-term)

Module 3: Role of LLMs in Agentic AI
LLMs as reasoning engines
Prompting for agent behavior
System prompts vs task prompts
Managing context and state

Module 4: Agent Architectures & Patterns
Single-agent vs multi-agent systems
Reactive vs deliberative agents
Planner–Executor–Evaluator pattern
Tool-using and self-reflective agents

Module 5: Tools, APIs & Environment Interaction
Tool calling and function execution
API integration fundamentals
Browsing, code execution, and data access
Feedback loops and monitoring

Module 6: Memory, State & Learning
Stateless vs stateful agents
Vector databases and memory stores
Knowledge retrieval (RAG basics)
Agent improvement through feedback

Module 7: Use Cases & Applications
Business process automation
IT operations and DevOps agents
Data analysis and reporting agents
Customer support and virtual assistants

Module 8: Risks, Ethics & Governance
Hallucinations and error propagation
Prompt injection and security risks
Human-in-the-loop design
Responsible and compliant AI usage

Module 9: Evaluation & Performance
Measuring agent effectiveness
Reliability and cost considerations
Debugging agent behavior
Monitoring and logging strategies

Module 10: Hands-On Labs & Mini Project
Designing a basic AI agent
Creating goal-driven workflows
Agent testing and optimisation
Mini project or case study presentation.

Learning Outcomes

By the end of this course, learners will be able to:
– Explain the fundamentals and importance of Agentic AI
– Identify and design key components of AI agents
– Understand how LLMs power agent reasoning and planning
– Apply common agent architectures and design patterns
– Integrate tools and APIs into agent workflows
– Evaluate real-world use cases for agentic systems

– Address ethical, security, and governance challenges
– Assess and improve agent performance and reliability
– Communicate agentic AI concepts to technical and business teams