AI Course for Beginners

Lesson 1 • Busting Common AI Myths

Addresses the most persistent misconceptions about AI sentience, omniscience, and danger. Equips learners to evaluate media claims critically.

Lesson 2 • AI in Everyday Life

Identifies AI already embedded in familiar products and services. Connects abstract concepts to tangible daily experiences.

Lesson 3 • A Brief History of AI

Traces AI from early theoretical roots to today's practical tools. Shows why certain breakthroughs unlocked modern capabilities.

Lesson 1 • Unsupervised and Reinforcement Learning

Covers the two other major learning paradigms and their distinct use cases. Broadens learners' understanding beyond labelled-data scenarios.

Lesson 2 • Supervised Learning Explained Simply

Introduces the most common learning paradigm using intuitive analogies. Connects supervised learning to real classification and prediction tasks.

Lesson 3 • The Concept of Training Data

Explains how AI systems learn patterns from examples rather than explicit rules. Establishes data as the fuel that drives all machine learning.

Lesson 4 • What a Model Actually Is

Demystifies the term 'model' by describing it as a learned function mapping inputs to outputs. Prepares learners to discuss model behaviour and limitations.

Lesson 1 • Natural Language Processing

Covers how AI reads, interprets, and generates human language. Links NLP to chatbots, translation, and document analysis tools learners already encounter.

Lesson 2 • Predictive Analytics and Forecasting

Describes AI-driven prediction of future outcomes from historical data. Ties forecasting models to business planning and risk management contexts.

Lesson 3 • Generative AI Overview

Introduces AI systems that create text, images, audio, and code. Sets the stage for deeper exploration of large language models in later chapters.

Lesson 4 • Computer Vision Fundamentals

Explains how AI interprets images and video using pattern recognition. Connects vision models to quality control, security, and medical imaging.

Lesson 1 • How LLMs Are Built

Explains pretraining on massive text corpora and fine-tuning for specific tasks. Demystifies scale as the key driver of emergent LLM capabilities.

Lesson 2 • Hallucinations and Confabulation

Defines hallucination as confident generation of false information and explains its causes. Prepares learners to verify LLM outputs before acting on them.

Lesson 3 • Tokens, Context, and Memory

Clarifies how LLMs process text as tokens and operate within a fixed context window. Explains why LLMs forget earlier conversation turns.

Lesson 4 • Instruction Following and Alignment

Covers how reinforcement learning from human feedback shapes LLM behaviour. Explains why models refuse certain requests and how safety guardrails work.

Lesson 1 • Core Prompting Techniques

Introduces zero-shot, few-shot, and chain-of-thought prompting with practical examples. Builds a toolkit learners can apply immediately to real tasks.

Lesson 2 • Prompting for Specific Task Types

Applies prompting principles to summarisation, drafting, analysis, and brainstorming. Bridges general technique to domain-specific professional use.

Lesson 3 • Iterating and Refining Prompts

Teaches a systematic approach to diagnosing weak outputs and improving prompts. Reinforces that prompting is an iterative, testable process.

Lesson 4 • Anatomy of a Good Prompt

Breaks down the components that make a prompt clear and effective. Establishes a repeatable structure learners apply throughout the chapter.

Lesson 1 • Mapping AI to Your Workflow

Provides a framework for auditing tasks and identifying where AI adds the most value. Connects individual job functions to specific AI capabilities covered earlier.

Lesson 2 • AI for Research and Analysis

Demonstrates using AI to synthesise information, surface insights, and accelerate literature review. Stresses source verification given LLM hallucination risks.

Lesson 3 • AI for Meetings and Productivity

Introduces AI transcription, summarisation, scheduling, and task-tracking tools. Shows how to integrate these tools without disrupting team workflows.

Lesson 4 • Evaluating AI Tool Quality

Teaches criteria for assessing AI tools before adoption, including accuracy, privacy, and cost. Prevents costly or risky tool choices through structured evaluation.

Lesson 1 • Building a Personal Ethics Framework

Guides learners through constructing a practical, values-based checklist for AI use decisions. Synthesises all ethics concepts into an actionable personal policy.

Lesson 2 • Accountability and Human Oversight

Establishes the principle that humans remain responsible for AI-assisted decisions. Defines oversight mechanisms that prevent automation bias.

Lesson 3 • Transparency and Explainability

Distinguishes black-box from explainable AI and explains why transparency matters for trust. Prepares learners to demand accountability from AI vendors.

Lesson 4 • Bias, Fairness, and Discrimination

Explains how biased training data and flawed design produce discriminatory AI outcomes. Connects fairness principles to real hiring, lending, and healthcare cases.

Lesson 1 • Future-Proofing Your AI Skills

Outlines a personal learning plan for staying current as AI evolves rapidly. Closes the course by anchoring learners in a growth mindset and concrete next steps.

Lesson 2 • Emerging AI Trends to Watch

Surveys near-term developments including agentic AI, multimodal systems, and edge deployment. Prepares learners to anticipate change rather than react to it.

Lesson 3 • AI Governance Fundamentals

Covers the policies, roles, and review processes that keep AI use safe and compliant. Introduces governance as an enabler of trust rather than a barrier to innovation.

Lesson 4 • Designing an AI Adoption Roadmap

Provides a step-by-step framework for prioritising, piloting, and scaling AI initiatives. Connects strategic planning to the workflow analysis skills from Chapter 6.