✦ Senior Coder · Web Development · Level 1 · Ages 12–16+

Creative Web Design with HTML & CSS

Build the websites you imagine — and learn how modern designers use AI to bring ideas to life.

Build the websites you imagine with HTML, CSS, and AI-assisted design workflows — learning to structure, style, improve, and bring your ideas to life. Students learn to think like web designers and developers by building first, using AI as a design assistant, and making their own improvements.

⏱ 33-35 Hrs + 2 Hrs Assessment

🔴 Online - Personalized Live Classes

💻 HTML5, CSS3 & AI-Assisted Design

🎖 Certificate On Completion

Rated 4.8/5

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Countries

Curriculum Designed By Educators And Technologists Who Worked For Tech Leaders
Tech Companies

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Course Overview

Every great website starts with an idea.

In Creative Web Design with HTML, CSS & AI-Assisted Design, students learn how professional websites are structured, designed, styled and improved using HTML5, CSS3 and modern AI-assisted design workflows.

But this is not an “AI builds your website” course.

Students write the website structure themselves, learn how HTML works, understand essential CSS concepts, and then use AI as a design assistant to explore layouts, styling, responsiveness and user experience.

They learn to build first, ask AI second, evaluate the result, and make their own improvements.

The result?

Students don't just learn how to make a webpage look good.

They learn how to think like a web designer and developer.

A Modern Web Design Course for the AI Era

Web development is changing rapidly.

Today's designers and developers increasingly work alongside AI tools to explore ideas, prototype interfaces, review designs and accelerate repetitive work.

Our students learn these skills early — while developing the technical foundation needed to understand what the AI is actually producing.

Students learn to:
  • Write and structure websites using HTML5
  • Build semantic, accessible web pages
  • Style websites using CSS3
  • Understand layouts, spacing, typography and visual hierarchy
  • Create responsive websites for desktop, tablet and mobile
  • Design forms, navigation and user interfaces
  • Use AI to explore visual design directions
  • Write simple design briefs and prompts
  • Review and critique AI-generated design suggestions
  • Read and understand AI-assisted CSS
  • Modify CSS manually and test the result
  • Evaluate usability, accessibility and responsive behaviour
  • Explain and defend their design decisions

This creates a powerful combination:

Coding skills design thinking AI literacy problem-solving
Our Approach

What Makes This Course Different?

AI-Assisted. Not AI-Replaced.

Students don't simply enter a prompt and receive a finished website.

Instead, they follow a professional-style workflow:

  1. 1

    BUILD

    Students create the HTML structure themselves.

  2. 2

    DESIGN

    They describe how they want the website to look and use an AI design tool to explore possibilities.

  3. 3

    INSPECT

    Students examine the suggested styling and identify what changed.

  4. 4

    IMPROVE

    Students manually modify CSS, test the result and decide what should stay, change or be rejected.

This approach follows the course's core philosophy:

Build the structure.Direct the design.Understand the output.Own the code.

The AI + Coding Advantage

This course gives students something traditional web design courses often miss.

Traditional approach
Learn HTML Memorise CSS Build webpage
Our modern approach
Learn HTML Understand CSS Design Use AI thoughtfully Critique Improve Test Explain

Students still learn the fundamentals.

But they also learn how those fundamentals fit into the way modern technology teams work.

New

Meet AI as Your Design Assistant

Students are introduced to tools such as:

Google Stitch

Used for:

  • UI/UX inspiration
  • Layout exploration
  • Visual design concepts
  • Responsive design ideas
  • Interface refinement
  • Comparing different design directions

Gemini

Used for:

  • Visual feedback
  • Design critique
  • Screenshot analysis
  • Alternative design ideas
  • Usability and presentation feedback

Learn How to Prompt for Design — Not Code

Students also develop an important future skill:

Describing what they want clearly.

Instead of asking:

“Build me a website.”

students learn to communicate design requirements such as:

Design brief
Audience:
Students aged 10–15
Purpose:
Personal portfolio
Style:
Clean, modern and friendly
Layout:
Profile section + project cards
Responsive requirement:
Cards stack on mobile
Accessibility:
Readable text and good contrast
Restriction:
Keep my HTML unchanged

This teaches students that effective AI use requires clear thinking, precise communication and evaluation.

Students Learn to Critique AI

AI can produce attractive designs — but attractive doesn't always mean good.

Students learn to ask:

Is the design actually better?

They evaluate:

  • Is the information easy to find?
  • Is the text readable?
  • Is there enough contrast?
  • Is the spacing consistent?
  • Does the layout work on mobile?
  • Is the navigation clear?
  • Is the page accessible?
  • Does the design match the intended audience?
  • Does the design solve the original problem?

Students can accept, modify or reject AI suggestions and explain why.

This develops something more valuable than prompt skills:

AI judgement.

The Transformation

From Plain HTML to a Professional Interface

One of the most powerful learning experiences in the course is seeing the transformation happen.

Students may begin with a simple page containing:

  • Headings
  • Paragraphs
  • Images
  • Links
  • Buttons
  • Forms
  • Sections

Then they learn how design decisions transform the experience.

They explore:

  1. Structure
  2. Styling
  3. Layout
  4. Responsiveness
  5. Usability
  6. Refinement

Students can see how changes to:

  • colour
  • typography
  • spacing
  • alignment
  • buttons
  • cards
  • navigation
  • backgrounds
  • responsive layouts

can completely change how a website feels.

Projects

Build Real Projects

Learning happens through creation.

Students build a portfolio of practical websites such as:

Personal Portfolio

Introduce yourself, showcase projects and create a professional digital identity.

Business Landing Page

Design a modern landing page for a fictional business or startup.

Product Showcase

Create a website presenting a product, service or invention.

Event Website

Build an event page with schedules, information and registration forms.

Educational Website

Create an engaging website around a subject or learning topic.

Creative Portfolio

Design a visual portfolio for photography, art, design or another creative interest.

Multi-Page Website

Bring everything together into a complete website with consistent navigation, design and responsive layouts.

From Idea to Portfolio

Students don't finish the course with a collection of disconnected exercises. They work toward a complete portfolio-quality website.

The final project workflow becomes:

  1. 1Idea
  2. 2Audience
  3. 3Content
  4. 4HTML
  5. 5Design Brief
  6. 6AI Design Exploration
  7. 7CSS
  8. 8Manual Refinement
  9. 9Responsive Testing
  10. 10Accessibility Review
  11. 11Presentation

Students can then explain:

  • What I coded.
  • What AI helped me explore.
  • What I changed.
  • What I rejected.
  • Why I made my final design decisions.

That makes the project evidence of real understanding, rather than simply evidence that an AI tool can generate attractive output.

Curriculum

Curriculum: 33-35 Hours + 2 Hours Assessment

Build Beautiful, Responsive Websites Using Industry-Standard Web Technologies

Students learn how modern websites are structured, designed, and styled using HTML5 and CSS3. Through hands-on projects, learners progress from understanding how the internet works to creating professional multi-page websites, interactive forms, responsive layouts, and visually appealing user experiences.

1 How the Web Works Website Explorer Activity
  • How the Internet Works
  • Clients, Servers & Browsers
  • DNS & IP Addresses
  • Websites vs Web Applications
  • Static vs Dynamic Websites
  • HTML, CSS & JavaScript Overview
  • Introduction to Web Development
  • Website Explorer Activity
2 Building Your First Web Page First Web Page Project
  • Development Environment Setup
  • Visual Studio Code
  • Live Server Extension
  • HTML Document Structure
  • HTML5 Standards
  • DOCTYPE Declaration
  • Head & Body Elements
  • First Web Page Project
3 HTML Elements & Content Structure Personal Profile Page
  • HTML Elements
  • Tags & Attributes
  • Headings & Paragraphs
  • Text Organization
  • Nesting Elements
  • HTML Page Structure
  • Semantic Meaning
  • Personal Profile Page
4 Formatting & Content Presentation Content Formatting Challenge
  • Text Formatting Elements
  • Bold, Italics & Emphasis
  • Superscript & Subscript
  • Quotations & Citations
  • Computer Code Elements
  • Special Characters
  • HTML Entities & Emojis
  • Content Formatting Challenge
5 Lists, Links & Navigation Website Navigation Project
  • Ordered Lists
  • Unordered Lists
  • Description Lists
  • Nested Lists
  • Hyperlinks
  • Internal & External Navigation
  • Link Targets
  • Website Navigation Project
6 Images & Media Integration Portfolio Gallery Project
  • Image Elements
  • Relative & Absolute Paths
  • Image Accessibility
  • Alt Attributes
  • Responsive Images
  • Media Best Practices
  • Portfolio Gallery Project
7 Tables & Data Presentation Student Information Dashboard
  • Table Structure
  • Rows, Columns & Headers
  • Table Styling
  • Borders & Spacing
  • Rowspan & Colspan
  • Data Organization
  • Student Information Dashboard
8 Semantic HTML & Website Architecture Multi-Section Website Project
  • Semantic HTML Elements
  • Header & Footer
  • Navigation Menus
  • Sections & Articles
  • Aside Elements
  • Figure & Figcaption
  • Accessibility Concepts
  • Multi-Section Website Project
9 Introduction to Web Forms Contact Form Project
  • Form Structure
  • Input Elements
  • Labels & Accessibility
  • Form Attributes
  • Submit & Reset Actions
  • GET vs POST Concepts
  • Contact Form Project
10 Advanced Form Controls Registration Form Project
  • Text Fields
  • Password Inputs
  • Radio Buttons
  • Checkboxes
  • Dropdown Menus
  • Text Areas
  • File Upload Controls
  • Registration Form Project
11 Modern User Inputs Interactive Survey Project
  • Date & Time Inputs
  • Color Pickers
  • Email Validation
  • Number Inputs
  • Hidden Fields
  • Form Design Best Practices
  • Interactive Survey Project
12 Introduction to CSS First Styled Web Page
  • Why CSS Matters
  • CSS Syntax
  • Selectors
  • Inline, Internal & External CSS
  • CSS Linking
  • Style Separation
  • First Styled Web Page
13 Typography & Visual Design Creative Design Project
  • Fonts & Text Styling
  • Colors & Backgrounds
  • Text Alignment
  • Visual Hierarchy
  • Readability Principles
  • Branding Fundamentals
  • Creative Design Project
14 Layout & Positioning
  • Margins & Padding
  • Borders
  • Width & Height
  • Display Properties
  • Website Layout Principles
  • Content Organization
  • Responsive Structure Design
15 Modern Website Styling Landing Page Design Project
  • Navigation Styling
  • Image Styling
  • Hover Effects
  • Buttons & Call-To-Actions
  • Form Styling
  • Consistent Design Systems
  • Landing Page Design Project
16 Responsive Web Design Mobile Optimization Project
  • Viewport Configuration
  • Mobile-Friendly Design
  • Device Compatibility
  • Flexible Layouts
  • Responsive Images
  • User Experience Principles
  • Mobile Optimization Project
17 Metadata, SEO & Web Standards
  • HTML Head Elements
  • Meta Tags
  • Character Encoding
  • Accessibility Standards
  • HTML Style Guide
  • Professional Coding Practices
18 Capstone Website Development Final Portfolio Website
  • Project Planning
  • Wireframing Concepts
  • Content Strategy
  • Multi-Page Website Development
  • Design Consistency
  • Testing & Debugging
  • Final Portfolio Website

Students build the website. AI assists with the design.

19 AI-Assisted Interface Design Activity: Before & After Web Design Challenge
  • Introduction to AI-assisted web design
  • AI as a design assistant vs. AI as a website builder
  • HTML-first development
  • Creating a visual design brief
  • Introducing Google Stitch for UI/UX ideation
  • Using Gemini for visual design feedback
  • Describing audience, purpose and visual style
  • Exploring layout and styling alternatives
  • Understanding AI-generated CSS
  • Comparing different interface directions
  • Design critique and decision-making
Workflow
BUILD DESIGN INSPECT IMPROVE
20 Human vs AI Design Review Activity: AI Design Critic
  • Evaluating AI-generated interface suggestions
  • Visual hierarchy
  • Readability
  • Colour contrast
  • Spacing and alignment
  • Responsive design
  • Mobile usability
  • Accessibility considerations
  • Accepting vs. rejecting AI suggestions
  • Explaining design decisions
  • Responsible AI use in web development
A Assessment & Portfolio Evaluation (2 Hours)
Final Deliverables
  • Original student-written HTML
  • Final styled website
  • AI design brief/prompt
  • Before-and-after screenshots
  • Selected AI design suggestion
  • At least three student design decisions
  • Manually modified CSS
  • Responsive design checks
  • Accessibility/readability checks
  • Short AI-use reflection

Outcome

“Students don’t just learn to code websites. They learn how modern web designers work with AI — while still understanding and owning the code.”

Your Learning Journey

Future Pathways

Creative Web Design is the first level of the Web Development pathway.

After completing this level, students can progress into:

You are here Level 1

Creative Web Design with HTML, CSS & AI-Assisted Design

Level 2

JavaScript Developer Program

Build interactive websites and web applications.

Level 3

Full-Stack Developer Program

Learn frontend, backend, databases, APIs and deployment.

They can also explore:

  • UI/UX Design
  • Digital Product Design
  • Mobile App Development
  • Software Engineering
  • Entrepreneurship & Startup Development

THE ITSMYBOT ADVANTAGE

Why Parents Choose This Course

Every child learns differently. That's why we combine exceptional educators, personalised guidance, and continuous progress tracking to create a learning experience parents can trust and children enjoy.

Students Become Creators

They move beyond consuming technology and start building digital products.

They Learn Real Coding

HTML remains student-written and forms the foundation of the course.

They Develop AI Literacy

Students learn how to use AI responsibly rather than simply depending on it.

They Build a Portfolio

Students finish with real websites they can demonstrate and discuss.

They Develop Design Thinking

They learn to make decisions based on users, purpose, readability and usability.

They Learn Future-Ready Skills

AI, design, communication, and technical skills matter across tech careers.

They Prepare for the Next Level

HTML and CSS provide the foundation for JavaScript and more advanced web development.

Safe & Encouraging Learning Environment

Safe, encouraging learning environment that supports creativity and innovation..

Flexible Scheduling Options

Flexible scheduling options including evenings and weekends.

testimonials

Trusted by Parents like You!

I was extremely happy with the teacher and her approach to my daughter, like a close family teacher.

By Canavady

My daughter, Rishika is thoroughly enjoying the learning experience at ItsMyBot. Ms. Poornima is teaching the program very well, at the right pace, making sure Rishika understands the concepts well. During the feedback session, she provided the details of Rishika’s strengths and areas of improvement giving me the confidence that she is well aware of how to guide her holistically. The daily class reports and feedback gives a clear understanding of the progress in each class. I also appreciate the excellent coordination, hassle free class scheduling and timely response to queries by Sandhya. I would definitely recommend ItsMyBot to my friends and family.

By rehana

Enrolling my son in classes in September has been a great decision. The trial class helped us identify his interests, and Ms. Jiya's engaging approach has made learning enjoyable. I appreciate her encouragement for my son to draw and write, recognizing it as a positive habit for his development. The flexibility of classes is a significant advantage, accommodating our unpredictable schedule. Ms. Jiya's understanding and willingness to reschedule when needed make the learning process enjoyable for both my son and us as parents. I'm grateful for the positive environment Ms. Jiya creates, and we look forward to more enjoyable learning experiences. Kudos to the iTSMYBOT team for their exceptional responsiveness and clear lesson reports, contributing to a smooth and enriching educational journey for our son.

By Dimple Jain

Rated 4.8 out of 5 based on 72 reviews on Trustpilot

More Happy Parent Reviews

Transparent Pricing

Pay monthly.
Stay because you love it.

Most coding academies ask you to pay upfront for months - before your child has even had a single class. At ItsMyBot, we think that's backwards. You pay month to month, and you're always in control.

What you get
Other Academies
ItsMyBot
Monthly billing
✗
✔ Yes
Full upfront payment required
✗ Often yes
✔ Never
Freedom to pause anytime
✗ Rarely
✔ Always
Pricing based on your needs
— Fixed plans
✔ Personalised
📅

Month-to-Month Enrolment

Enrol and pay one month at a time. No annual lock-ins, no large upfront amounts. Your investment stays proportional to the value your child receives.

🔓

Full Flexibility, Always

Life happens. If your needs change after any month, you have complete freedom to adjust. We'd love for you to stay - but we'll never make you feel stuck.

Why don't we show fixed prices? Because we don't believe in one-size-fits-all. Different teachers bring different expertise, teaching methods, and experience - and that's reflected in how we price. The best way to find your fit is to take the free trial lesson first, meet your instructor, and then decide. Pricing is shared after the trial - transparently, with no pressure.

Start for free - no card required

Book Your Free Trial Lesson

No commitment. No pressure. Pricing shared after the trial lesson.

Simple start

How it works

3 Easy Steps to Get Started:

1

Book a free trial

Fill in the form. An academic counsellor will schedule a free session and assess your child's current level and interests.

2

Get a personalised roadmap

Based on the trial, counsellors build a custom learning path — right pace, right projects, right instructor for your child.

3

Build, learn, and earn

Live sessions, progress reports after every class, parent feedback calls, and a certificate on completion. Your child keeps all their projects.

FAQs

Common Questions From Parents

It's Senior Coder Web Development Level 1, for ages 12-16+. Across 33-35 live hours plus a 2-hour assessment, your child learns how professional websites are structured, designed, styled and improved using HTML5, CSS3 and modern AI-assisted design workflows. It also builds a strong foundation for JavaScript, UI/UX Design and Full-Stack Development.

No. Students write the website structure themselves, learn how HTML works and understand essential CSS concepts. Then they use AI as a design assistant to explore layouts, styling, responsiveness and user experience. They follow a four-step workflow:

  • Build: they create the HTML structure themselves.
  • Design: they describe how they want the site to look and use an AI design tool to explore possibilities.
  • Inspect: they examine the suggested styling and identify what changed.
  • Improve: they manually modify the CSS, test the result and decide what stays, changes or gets rejected.

The core philosophy: build the structure, direct the design, understand the output, own the code.

The course starts from how the internet works, and students write their own HTML from the very first pages.

Your child learns how real websites are planned and built, going far beyond memorising HTML tags and CSS properties:

  • HTML5, semantic HTML, page structure, links, navigation, images, media and forms
  • CSS selectors and classes, typography, colours, spacing, display properties, hover effects and buttons
  • Flexbox and Grid concepts
  • Accessibility, SEO-friendly structure, metadata, testing and debugging

Your child works with HTML5 and CSS3 in Visual Studio Code with the Live Server extension. They also use two AI design tools:

  • Google Stitch for UI/UX inspiration, layout exploration, responsive design ideas and comparing design directions.
  • Gemini for visual feedback, design critique, screenshot analysis, alternative design ideas and usability feedback.

Your child builds a portfolio of practical websites:

  • Personal Portfolio
  • Business Landing Page
  • Product Showcase
  • Event Website with registration forms
  • Educational Website
  • Creative Portfolio
  • Multi-Page Website

Everything leads to one complete, portfolio-quality website.

Yes. Your child learns mobile-first thinking and builds layouts for desktop, tablet and mobile. They also learn flexible layouts, responsive images and media queries, and test their sites across different screen sizes.

Instead of asking AI to "Build me a website", students write a simple design brief covering audience, purpose, style, layout, responsive requirements, accessibility and restrictions (for example, "Keep my HTML unchanged"). Then they judge the result:

  • Is the text readable?
  • Is there enough contrast?
  • Does the layout work on mobile?

Students can accept, modify or reject any AI suggestion and explain why.

Yes. Classes are 100% live and one-on-one with a dedicated instructor, and nothing is pre-recorded. The course is 33-35 hours plus a 2-hour assessment, across 7 modules and 20 sessions, ending in a final portfolio website.

Yes. Your child earns a Certificate of Completion. They also finish with their portfolio work:

  • original student-written HTML and a final styled website
  • their AI design brief and before-and-after screenshots
  • their selected AI design suggestion and at least three design decisions
  • manually modified CSS
  • responsive and accessibility/readability checks
  • a short AI-use reflection

The next step is the JavaScript Developer Program, where students build interactive websites and web applications. After that comes the Full-Stack Developer Program (frontend, backend, databases, APIs and deployment). Your child can also explore UI/UX Design, Digital Product Design, Mobile App Development, Software Engineering, and Entrepreneurship & Startup Development.

Yes. Book a free trial to meet the instructor and find the right starting point, with no pressure.

Create. Design. Think. Build.

Students don’t just learn how to make a webpage look good.

They learn how to think like a web designer and developer.

This creates a powerful combination:

  • Coding skills
  • Design thinking
  • AI literacy
  • Problem-solving

Build the structure. Direct the design. Understand the output. Own the code.

Book a Free Trial Class

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