Course Content
KM-01: Hypertext Markup Language (HTML) Basics
This module introduces learners to the foundational concepts required to begin working with HTML programming. It covers basic computer concepts, the introduction to HTML programming, suitable Integrated Development Environments (IDEs), Git and GitHub, problem-solving in programming, the life cycle for developing a solution, and an overview of the look and feel of a website. The module builds the learner’s understanding of the fundamentals of HTML as a programming language and prepares them for more detailed HTML document structure, styling, and practical web development work in later modules.
0/15
Lesson 1: Computers
Lesson 1 Quiz.
Lesson 2: Introduction to HTML Programming
Lesson 2 Quiz.
Lesson 3: Introduction to IDE (Integrated Development Environment)
Lesson 3 Quiz.
Lesson 4: Git and GitHub
Ledsson Quiz
Lesson 5: Problem Solving in Programming
Lesson 5 Quiz
Lesson 6: Life Cycle for Developing a Solution
Lesson 6 Quiz
Lesson 7: The Look and Feel of a Website
Lesson 7 Quiz.
Summative Assessment: KM-01 – HTML Basics
KM-02: HTML Programming Principles
This module builds on the foundational knowledge from KM-01 and focuses on the core principles of HTML programming. It introduces learners to the structure of an HTML document, including tags, elements, and attributes, and how these are used to organise and present content on web pages. The module also covers HTML data types, text formatting, tables, file and folder structures, and semantic organisation of content. In addition, learners are introduced to how web pages communicate with remote servers. By the end of this module, learners will have a solid understanding of how to create well-structured, readable, and functional HTML documents that form the backbone of web development.
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Lesson 1: Structure of an HTML Document
Lesson1 Quiz.
Lesson 2: HTML Data Types
Lesson 2 Quiz.
Lesson 3: HTML Attributes
Lesson 3 Quiz
Lesson 4: Structure of an HTML Element
Lesson 5 Quiz
Lesson 5: HTML Tags
Lesson 5 Quiz.
Lesson 6: Tables in HTML
Lesson 6 Quiz.
Lesson 7: Folders, Files and File Paths
Lesson 7 Quiz
Lesson 8: HTML Text Basics
Lesson 8 Quiz
Lesson 9: Semantics and Organisation of Content
Lesson 9 Quiz.
Lesson 10: Communicating with a Remote Server
Lesson 10 Quiz.
Summative Assignment: KM-02 – HTML Programming Principles
KM-03: HTML and Cascading Style Sheets (CSS) Styling Principles
This module introduces learners to the principles of styling web pages using Cascading Style Sheets (CSS). While HTML provides the structure of a webpage, CSS is used to control the appearance, layout, and visual presentation. Learners will develop the ability to design visually appealing and user-friendly web pages by applying styling techniques such as colours, fonts, spacing, layouts, and responsive design. The module also introduces HTML forms, which are used to collect user input and are an important part of interactive web applications. By the end of this module, learners will be able to apply CSS styling principles to improve the readability, usability, and overall user experience of web pages.
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Lesson 1: Styling HTML5 Pages
Lesson 1 Quiz
Lesson 2: CSS Basics
Lesson 2 Quiz.
Lesson 3: HTML Forms
Lesson 3 Quiz.
Summative Assessment: KM-03 – HTML and CSS Styling Principles
KM-04: HTML Intermediate Programming Functionalities
This module builds on foundational HTML knowledge and introduces learners to more advanced and interactive web development features. Learners will explore how to create dynamic and interactive web pages using HTML5 functionalities and APIs, as well as how to work with multimedia, offline capabilities, and modern web technologies. The module focuses on improving user experience and preparing learners for real-world web development environments.
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Lesson 1: Creating Interactive Webpages using HTML5 APIs
Lesson 1 Quiz.
Lesson 2: Adding Multimedia to Webpages
Lesson 2 QUiz.
Lesson 3: Offline Web Applications
Lesson 3 Quiz.
Lesson 4: Adaptive User Interfaces
Lesson 4 Quiz.
Lesson 5: WebSockets and Web Workers
Lesson 5 Quiz.
Lesson 6: Packaging and Deployment
Lesson 6 Quiz.
Lesson 7: Publishing Websites Live
Lesson 7 Quiz.
Summative Assessment: KM-04 – HTML Intermediate Programming Functionalities
PM-00: Practical Modules
Introduction to Practical Modules Practical Modules are where you will learn: -Apply what they learned in Knowledge Modules -Build real, working solutions -Demonstrate hands-on competence
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PM-01: Getting Started with Hypertext Markup Language (HTML)
PM-01: Mini Practical Assessment
PM-02: Program with HTML
PM-02: Mini Practical Assessment
PM-03: Style Webpages with HTML and Cascading Style Sheets (CSS)
PM-03: Mini Practical Assessment
PM-04: Use Intermediate HTML Programming Functionalities
PM-04: Mini Practical Assessment
PM-05: Apply Advanced Graphics, Animation and Styling
PM-05: Mini Practical Assessment
PM-06: Projects with HTML
Final Project: Website Development
WM-01: Workplace Module
Introduction to Workplace Modules Workplace Modules are designed to ensure that learners: -Apply their skills in a real or simulated work environment -Demonstrate industry readiness -Perform tasks aligned with real job roles
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WM-01: Apply Web Development Skills in a Workplace Environment
HTML Programmer

Lesson Outcomes

After completing this lesson, learners will be able to:

  • Define an Integrated Development Environment (IDE).
  • Explain the purpose of using an IDE in programming.
  • Identify common features of an IDE.
  • Differentiate between a text editor and an IDE.
  • Identify examples of IDEs used in web development.

Overview

An Integrated Development Environment (IDE) is a software application that provides tools to help developers write, edit, test, and debug code efficiently.

When working with HTML and web development, learners use IDEs or code editors to:

  • Write HTML code
  • Organise files
  • Detect errors
  • Preview web pages

Using an IDE improves productivity and makes coding easier and more structured.

1. What is an IDE?

An IDE is a software tool that combines multiple development tools into one application.

It allows developers to work in a single environment instead of using separate tools.

Key characteristics of an IDE include:

  • Code writing environment
  • Built-in tools for testing
  • Error detection features
  • File and project management

An IDE helps developers work faster and reduce mistakes.

2. Purpose of an IDE

The main purpose of an IDE is to make coding easier, faster, and more efficient.

IDEs are used to:

  • Write and edit code
  • Organise project files
  • Detect and highlight errors
  • Run and test programs
  • Improve coding accuracy

Benefits of Using an IDE

  • Faster development process
  • Improved code quality
  • Easier debugging
  • Better organisation of files
  • Increased productivity

3. Features of an IDE

Most IDEs include a variety of useful features.

3.1 Code Editor

The code editor is where developers write their code.

It usually includes:

  • Syntax highlighting (different colours for code elements)
  • Auto-completion suggestions
  • Line numbering

3.2 Error Detection

IDEs help identify mistakes in code.

They can:

  • Highlight errors
  • Suggest corrections
  • Prevent common mistakes

3.3 Debugging Tools

Debugging tools help developers find and fix problems in code.

These tools allow developers to:

  1. Run code step-by-step
  2. Identify errors
  3. Fix issues efficiently

3.4 File and Project Management

IDEs help organise files and folders.

They allow developers to:

  • Create and manage projects
  • Organise code files
  • Navigate easily between files

3.5 Built-in Terminal or Console

Some IDEs include a terminal or console for running commands.

This allows developers to:

  • Execute commands
  • Run scripts
  • Manage development tools

4. Text Editor vs IDE

A text editor and an IDE are both used to write code, but they are different.

4.1 Text Editor

A text editor is a simple tool used to write and edit code.

Examples:

  • Notepad
  • Notepad++

Features:

  • Basic editing
  • No advanced tools
  • Lightweight and fast

4.2 IDE

An IDE is a more advanced tool.

Features include:

  • Code editor
  • Error detection
  • Debugging tools
  • Project management
  • Built-in tools

Key Difference

  • A text editor is simple and basic.
  • An IDE provides a complete development environment.

5. Examples of IDEs for Web Development

There are many IDEs and code editors used in web development.

Common examples include:

5.1 Visual Studio Code

  • Lightweight and powerful
  • Supports HTML, CSS, and JavaScript
  • Offers extensions for additional features

5.2 Sublime Text

  • Fast and simple
  • Clean interface
  • Good for beginners

5.3 Atom

  • Open-source editor
  • Customisable
  • Suitable for web development

5.4 WebStorm

  • Advanced IDE
  • Designed for web development
  • Includes powerful debugging tools

6. Importance of IDEs in HTML Development

When working with HTML, IDEs help learners:

  • Write clean and structured code
  • Detect syntax errors
  • Organise project files
  • Preview web pages
  • Work more efficiently

Using an IDE is an essential skill for modern web development.

Key Notes

  • An IDE is a software tool used for writing, editing, and testing code.
  • It combines multiple development tools into one environment.
  • IDEs improve productivity and reduce errors.
  • Common IDE features include code editing, error detection, debugging, and file management.
  • Text editors are simple, while IDEs are more advanced.
  • Examples of IDEs include Visual Studio Code, Sublime Text, Atom, and WebStorm.
  • IDEs are important for writing and managing HTML code effectively.
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