Introduction to Generative AI Concepts
Course Introduction: A friendly, grounded intro to the world of GenAI — LLMs, tokenization, multimodal models, prompt engineering, risks, ethics, and hands-on labs. Ideal for teams who want clarity without the jargon overload.
Target Audience: Beginners, non-technical teams, functional roles, business leaders
Duration: 8 Hrs.
Detailed Table of Contents:
Understanding Generative AI
Key Concepts
- What is Intelligence? Exploration of cognitive mechanisms and artificial replication.
- Mechanisms of Intelligence Biological vs. computational models.
- What is Artificial Intelligence? Definitions, types, and evolution.
- How Does AI Work? Algorithms, data, and feedback loops.
Generative AI Foundations
- Definition and Scope GenAI as a subset of AI focused on content generation.
- Large Language Models (LLMs)
- How they work
- Tokenization (with GPT-4o examples)
- Embeddings: role and importance
- Predicting the next token
- LLM settings: Temperature, Top-P, Top-K
- Training processes
- Multi-modal model capabilities
- Full GenAI architecture overview
Prompt Engineering
Basics
- Prompting vs. Prompt Engineering Crafting effective inputs for LLMs.
- Communicating with LLMs Clarity, structure, and intent.
Advanced Techniques
- Designing Effective Prompts
- Instructions, questions, personas
- Layering prompts
- Audience adaptation
- Use Cases
- Summarization
- Classification
- Named Entity Recognition
- Case Study: Customer Support Chatbot
- Strategies & Takeaways
- Addressing LLM limitations
- Iterative refinement
- Resource recommendations
Ethics and Risk Management
Responsible AI Use
- Ethical Progression in AI From awareness to accountability.
- NIST AI Risk Management Framework Characteristics of trust, transparency, and fairness.
- Risk Categories
- NIST and EU classifications
- Real-world examples
Hands-On Labs
Real-World Scenarios
Chatbot Simulation
Marketing Copy Generation
Document Summarization
Data Analysis with Prompts