This suggested 12-class curriculum gives instructors a practical way to use AI Coding Educator as a complete introduction to web coding. Students learn core concepts, work through short interactive lessons, and apply what they learn to a website that develops throughout the course.

A Practical Web Coding Curriculum

The curriculum is designed for teachers, after-school programs, coding clubs, libraries, and other introductory learning environments. It can also be followed by older students working independently.

The goal is not to teach every part of web development. The course focuses on a small set of practical skills and professional concepts that help students understand how websites are planned, built, designed, improved, and tested.

Course Introduction and Lessons

  1. Curriculum Introduction
  2. Understand the Base Site
  3. Plan and Build the Hero
  4. Build the Main Content Sections
  5. Create Visual Content Boxes
  6. Establish the Visual System
  7. Control Spacing and Readability
  8. Build Multi-Column Layouts
  9. Make the Homepage Responsive
  10. Add Interface Feedback
  11. Add JavaScript Behavior
  12. Improve Search and Content Relevance
  13. Quality Assurance and Final Refinement

How the Course Works

Each class follows the same general pattern:

  • Introduce or reinforce a larger web development concept.
  • Look at real websites and discuss how that concept appears in practice.
  • Read and experiment with a small group of related AI Coding Educator lessons.
  • Apply those ideas to the student’s own website.

The example websites used for discussion are intentionally left to the instructor. Websites change constantly, and instructors can choose current examples that fit the age, interests, and experience of their students.

Students can use the Code Sandbox to experiment safely before changing their project files and the AI Tutor when they need a concept explained another way, want help understanding code, or need help troubleshooting. The goal is to use AI as support for understanding and problem solving, not as a substitute for understanding the work.

Students Build One Website Throughout the Course

Rather than completing disconnected coding exercises, students continually improve the same homepage. They begin with starter HTML and CSS that provide a basic page shell and initial formatting, then add the sections, wrappers, content, visual design, spacing, layouts, responsive behavior, interaction, search-friendly content, and final quality improvements themselves.

Earlier work is reused rather than discarded. Plain content can become a group of styled boxes, those boxes can become a multi-column layout, and that layout can later adapt to smaller screens. By the end of the course, students have a complete responsive homepage that reflects the concepts they have learned.

More Than Code

The curriculum uses the Concepts section throughout the course so students learn why websites are built the way they are, not only how to write the code.

  • Web Coding, including code organization and the roles of HTML, CSS, and JavaScript
  • Web Design, including visual communication, conventions, hierarchy, and personality
  • Content Strategy, including audience, attention span, clarity, and the inverted pyramid
  • User Experience, including user needs, friction, legibility, accessibility, and interaction feedback
  • Responsive Design, including mobile usability, breakpoints, fluid layouts, and design consistency
  • Search Engine Optimization, including audience, relevance, useful content, and search signals
  • Quality Assurance, including systematic testing, error checking, browser testing, and professional polish

Designed to Be Adapted

This is a suggested sequence, not a required script. Instructors can combine lessons, spend additional time on difficult topics, omit material that does not fit their students, or extend the project over a longer course.

The individual lesson plans include suggested discussion topics, recommended site lessons, practical website work, learning objectives, vocabulary, checks for understanding, and optional extensions. The structure is intended to support instruction without requiring every class to be taught exactly the same way.

Start the Course

Begin with the Curriculum Introduction for the recommended class structure, starter files, project approach, and guidance for using the lessons throughout the 12-class sequence.