Testing Course for Beginners

Lesson 1 • Types of Testing at a Glance

Maps the major testing categories: functional, non-functional, structural, and change-related. Provides a reference framework expanded in later chapters.

Lesson 2 • Defects, Errors, and Failures Explained

Distinguishes human error, code defect, and system failure with concrete examples. Accurate classification enables precise defect reporting covered next.

Lesson 3 • What Software Testing Actually Is

Defines testing as a quality activity distinct from debugging and development. Anchors the chapter by establishing shared vocabulary used throughout the course.

Lesson 4 • Core Testing Principles and Goals

Introduces the seven foundational testing principles recognised industry-wide. Students apply these principles to evaluate testing decisions.

Lesson 1 • Defining Test Objectives and Metrics

Establishes measurable testing goals tied to project quality targets. Metrics introduced here are tracked throughout the test execution phase.

Lesson 2 • Stakeholder Communication in Test Planning

Identifies key stakeholders and their information needs during planning. Students practice summarising test strategy for non-technical audiences.

Lesson 3 • Writing a Test Plan Document

Covers the standard components of a test plan: objectives, scope, resources, schedule, and risks. Students draft each section using a provided template.

Lesson 4 • Understanding Test Levels and Scope

Defines unit, integration, system, and acceptance test levels and their objectives. Scoping decisions made here drive all subsequent planning activities.

Lesson 1 • Decision Table and State Transition Testing

Uses decision tables for complex business rules and state diagrams for workflow testing. Both techniques extend coverage beyond simple input-output cases.

Lesson 2 • Anatomy of a Test Case

Breaks down every field in a standard test case: ID, title, preconditions, steps, and expected results. Proper structure ensures repeatability and traceability.

Lesson 3 • Boundary Value Analysis Technique

Focuses test effort on boundary conditions where defects cluster most frequently. Students apply boundary analysis to numeric and date input fields.

Lesson 4 • Deriving Test Cases from Requirements

Demonstrates how to extract testable conditions from user stories and specifications. Students practice tracing each test case back to a requirement.

Lesson 1 • Test Execution Metrics and Reporting

Calculates execution progress, defect density, and pass rate to communicate test status. Metrics feed directly into the test summary report produced next.

Lesson 2 • Executing Test Cases Step by Step

Walks through the execution workflow: selecting cases, running steps, and recording actual results. Students execute a prepared test suite against a demo application.

Lesson 3 • Setting Up the Test Environment

Covers hardware, software, and data prerequisites needed before execution begins. A correctly configured environment prevents false failures and wasted effort.

Lesson 4 • Defect Life Cycle Management

Traces a defect from discovery through fix, retest, and closure. Students map defect states and practice retesting a resolved issue.

Lesson 1 • Regression Testing Strategies

Defines regression testing goals and techniques for selecting which tests to rerun after changes. Students build a regression suite from an existing test case library.

Lesson 2 • Scripted vs. Exploratory Testing

Contrasts scripted test execution with charter-based exploratory sessions. Students choose the right approach based on project context and time constraints.

Lesson 3 • Testing Web Application User Interfaces

Covers UI testing heuristics: layout, navigation, form validation, and error messages. Students apply a UI checklist to a provided sample application.

Lesson 4 • User Acceptance Testing Fundamentals

Explains UAT goals, participants, and acceptance criteria validation. Students draft UAT scenarios aligned to business requirements for a sample feature.

Lesson 1 • Recording and Running Your First Automated Test

Guides students through recording a browser interaction and running it as an automated check. Hands-on execution builds confidence before scripting is introduced.

Lesson 2 • Choosing the Right Automation Tool

Surveys categories of automation tools: UI, API, and unit testing frameworks. Students match tool categories to testing needs without vendor lock-in bias.

Lesson 3 • Organising and Maintaining Automated Tests

Covers naming conventions, folder structure, and strategies for keeping automated suites maintainable. Poor organisation is the leading cause of automation project failure.

Lesson 4 • Anatomy of an Automated Test

Breaks down setup, action, assertion, and teardown phases common to all automated tests. Understanding structure prepares students to read and write basic scripts.

Lesson 1 • Understanding APIs and How They Work

Explains REST API concepts: endpoints, HTTP methods, request headers, and response codes. This foundation is required before any API test can be designed.

Lesson 2 • Sending Requests with an API Testing Tool

Demonstrates creating and sending HTTP requests using a graphical API client. Students execute GET and POST requests against a public test API.

Lesson 3 • Validating API Responses

Teaches assertion techniques for status codes, response body fields, and response time. Automated assertions replace manual inspection and scale across large suites.

Lesson 4 • Designing API Test Cases

Applies functional test design techniques to API inputs and outputs. Students write test cases covering happy paths, error paths, and boundary conditions.

Lesson 1 • Conducting a Testing Retrospective

Facilitates a structured retrospective to identify what worked, what failed, and what to change. Retrospectives convert project experience into lasting process improvements.

Lesson 2 • Continuous Testing in CI/CD Pipelines

Explains how automated tests integrate into continuous integration (CI) pipelines for fast feedback. Students map test stages to pipeline steps in a sample workflow diagram.

Lesson 3 • Building a Test Summary Report

Structures a test summary report covering scope, results, defects, and recommendations. A well-written report is the primary deliverable handed to project stakeholders.

Lesson 4 • Visualising Test Metrics with Charts

Converts raw test data into burn-down charts, defect trend graphs, and coverage heat maps. Visual formats make quality status immediately clear to all audiences.