Why is coding important for kids?

Coding boosts creativity, problem-solving, and tech skills, preparing kids for future careers in AI, robotics, and more. Mero Coding Class makes learning fun and accessible for all ages.

Which coding language is best?

The best coding language depends on your goals. For beginners, especially kids, Scratch is a great start as it introduces programming concepts through visual blocks. For more advanced learning, Python is recommended due to its simplicity and wide use in fields like web development and AI. At Mero Coding Class, we offer courses in Scratch, Python and more to help you get started.

Which coding language should I learn first?

If you're new to coding, Scratch is ideal, especially for kids, as it teaches the basics in a fun, interactive way. For older learners, Python is a great first text-based language due to its simple syntax. Mero Coding Class provides beginner-friendly courses in both Scratch and Python to guide your learning journey.

How many coding language are there?

There are hundreds of coding languages, each with specific uses. Popular ones include Python, JavaScript, and Java. For beginners, Scratch and Blockly are excellent choices. Mero Coding Class offers access to these beginner-friendly languages.

Can coding be self taught?

Yes, coding can be self-taught using online resources like Code.org and Scratch. At Mero Coding Class, we provide structured, self-paced courses to help you learn coding independently, with plenty of support along the way.

Start with platforms like Scratch to learn basic programming logic. Progress to text-based languages like Python. Use resources like Code.org or join Mero Coding Class for structured courses and interactive exercises. Consistent practice is key.

At what age should kids start learning coding?

Kids can start coding as early as 8 with Scratch, which makes learning easy and fun. Teens can progress to Python and robotics. Mero Coding Class provides coding courses for grades 1 to 10, suited to all skill levels.

Web Development

About Course

Target Audience: Students who have passed grade 10

Level: Beginner to Intermediate

Duration: 50 Classes, 2 Hour Each

Mode of Delivery: Online or in-person, hands-on learning.

Prerequisites: Basic understanding of Computer and its terms..

Teaching Approach:

- Interactive lessons with step-by-step guidance.
- Project-based learning to reinforce concepts.
- Hands-on activities and real-world case studies.
- Collaboration and peer feedback to enhance understanding.

Why this Course?

HTML Fundamentals and Structure
CSS Styling and Layout Techniques
Responsive Web Design with Media Queries
Introduction to JavaScript and DOM Manipulation
Creating Interactive Features with JavaScript
Best Practices for Web Accessibility and Performance
Building Real-World Web Projects

Course Content

₨25,000

Skill LevelIntermediate
LanguageHTML,CSS,JavaScript

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Why this Course?

Course Content

Class 2: Figma Introduction Goal: Familiarize with the Figma interface and basic design tools. Activity: Overview of the Figma workspace, tools, and functionality. Create and organize frames and layers in Figma. Practice creating shapes, text elements, and applying basic formatting.

Class 5: Interactive Prototypes in Figma Goal: Learn to create interactive prototypes using Figma. Activity: Convert static designs into clickable prototypes. Set up interactive elements such as links, buttons, and transitions. Preview prototypes to simulate user interactions.

Class 9: Working with Text, Links, and Images Goal: Learn to format text, add links, and embed images in HTML. Activity: Use tags like <p>, <h1>, <h2>, and others to format text. Add and format images using the <img> tag. Create hyperlinks using the <a> tag.

Class 10: Tables in HTML Goal: Learn to create and format tables in HTML. Activity: Build tables using <table>, <tr>, <th>, and <td> tags. Practice formatting tables to improve readability.

Class 11: Forms in HTML Goal: Learn to build forms with various input elements in HTML. Activity: Create forms using , , <button>, and other form elements. Learn about different input types: text, checkbox, radio, and dropdowns.

Class 12: Accessibility in HTML Goal: Understand how to write accessible HTML and improve the user experience for all. Activity: Learn about semantic HTML tags like <header>, <footer>, <section>, and <article>. Practice adding alt text for images to improve accessibility.

Class 13: Advanced HTML Features Goal: Learn advanced HTML techniques, such as SEO and embedding media. Activity: Use tags for SEO and social media sharing. Embed audio and video content using <audio> and <video> tags. Learn to use for embedding external content.

Class 14: HTML Review and Q&A Goal: Review key HTML concepts and address any questions. Activity: Recap all HTML topics covered during the week. Troubleshoot common issues and clarify doubts about HTML coding.

Class 15: Introduction to CSS Goal: Learn the basics of CSS and how to apply styles to HTML elements. Activity: Introduction to CSS syntax: selectors, properties, and values. Learn to apply CSS to HTML elements using inline, internal, and external styles.

Class 16: Styling Text and Layout Basics Goal: Learn how to style text and understand the box model for layout. Activity: Style fonts, colors, and backgrounds using CSS. Understand the box model: margins, padding, borders, and content areas.

Class 17: CSS Positioning Goal: Learn the different types of CSS positioning and how to use them. Activity: Understand the difference between relative, absolute, and fixed positioning. Practice using z-index and stacking contexts for positioning elements.

Class 18: Flexbox Layout Goal: Learn how to create flexible layouts using Flexbox. Activity: Understand flex containers and items. Use justify-content and align-items to align and distribute space in layouts.

Class 19: CSS Grid Basics Goal: Learn how to create grid-based layouts in CSS. Activity: Define rows, columns, and grid areas to structure your layout. Build a simple grid layout for a website.

Class 20: Responsive Web Design with CSS Goal: Understand the concept of responsive design and how to implement it using CSS. Activity: Learn to use @media queries for responsive layouts. Implement a mobile-first approach for web design.

Class 21: CSS Review and Q&A Goal: Review key CSS topics and troubleshoot any issues. Activity: Recap Flexbox, Grid, and media queries. Address any CSS-related problems and assist with debugging.

Class 22: Introduction to Tailwind CSS Goal: Get introduced to Tailwind CSS and learn how to set it up in a project. Activity: Install and set up Tailwind CSS. Learn to use utility classes for styling elements.

Class 23: Styling with Tailwind Goal: Learn how to apply Tailwind utility classes to style your webpage. Activity: Style elements with Tailwind's utility classes for spacing, colors, and typography. Customize Tailwind configuration for custom themes.

Class 24: Building Layouts with Tailwind Goal: Learn how to build responsive layouts using Tailwind CSS. Activity: Use Tailwind's flex and grid utilities to structure responsive layouts.

Class 25: Tailwind Forms & Components Goal: Learn to create and style forms and UI components with Tailwind. Activity: Build forms and buttons using Tailwind's classes. Create reusable components like cards, modals, and navigation bars.

Class 26: Tailwind Layout Techniques Goal: Refine your layout skills using Tailwind CSS utilities. Activity: Create complex, responsive layouts using Tailwind's flex and grid systems. Use breakpoints for designing adaptive layouts.

Class 27: Tailwind Review and Q&A Goal: Review the core concepts of Tailwind CSS and address any challenges. Activity: Troubleshoot common issues with Tailwind. Address questions about the layout system, customization, and utility classes.

Class 28: Building a Small Project with Tailwind Goal: Apply Tailwind CSS skills to build a small project. Activity: Design a simple webpage using the utility-first approach of Tailwind.

Class 29: Introduction to JavaScript Goal: Learn the basics of JavaScript and its role in web development. Activity: Introduction to variables, data types, and operators in JavaScript. Learn basic operations with numbers, strings, and booleans.

Class 30: Functions and Control Flow Goal: Understand how to write functions and control flow in JavaScript. Activity: Define and call functions. Write conditional statements (if/else) and loops (for/while).

Class 31: DOM Manipulation Goal: Learn how to manipulate the Document Object Model (DOM) using JavaScript. Activity: Select elements using JavaScript (querySelector, getElementById). Change content and styles dynamically using JavaScript.

Class 32: Event Listeners and Interaction Goal: Learn how to make interactive web pages with event listeners. Activity: Add event listeners to handle user interactions like clicks and keypresses. Validate forms using JavaScript.

Class 33: Arrays and Loops Goal: Understand arrays and how to loop through them. Activity: Create and manipulate arrays in JavaScript. Use loops to iterate over array items and perform actions.

Class 34: JavaScript Debugging Goal: Learn how to debug JavaScript and write maintainable code. Activity: Use browser developer tools for debugging JavaScript errors. Learn best practices for writing clean and efficient code.

Class 35: JavaScript Review and Q&A Goal: Review JavaScript concepts and troubleshoot any issues. Activity: Recap key JavaScript topics and answer questions. Help students fix common problems and improve their code.

Class 36: Portfolio Design in Figma Goal: Plan and design a personal portfolio in Figma. Activity: Create wireframes and high-fidelity designs for the portfolio. Organize sections like about, projects, and contact information.

Class 37: HTML Structure of Portfolio Goal: Learn to create the HTML structure for the portfolio. Activity: Build the basic structure of the portfolio: header, footer, and main content sections.

Class 38: Styling Portfolio with Tailwind CSS Goal: Apply Tailwind CSS to style the portfolio. Activity: Use Tailwind’s utility classes to style the portfolio layout according to the design.

Class 39: Responsive Design with Tailwind Goal: Make the portfolio responsive for different screen sizes. Activity: Use Tailwind’s responsive utilities to ensure the portfolio is mobile-friendly.

Class 40: JavaScript in Portfolio Goal: Add interactivity to the portfolio. Activity: Implement features like smooth scrolling and dynamic content with JavaScript.

Class 41: Testing and Debugging Portfolio Goal: Test the portfolio and ensure it's working across different browsers. Activity: Perform cross-browser testing and optimize performance. Troubleshoot any issues that arise.

Class 42: Final Touches on Portfolio Goal: Refine and finalize the portfolio. Activity: Make design tweaks based on feedback and personal preferences.

Class 43: Deployment and Hosting Goal: Learn how to deploy the portfolio online. Activity: Deploy the portfolio using platforms like GitHub Pages, Netlify, or Vercel.

Class 44: Portfolio Review and Feedback Goal: Present the final portfolio and receive feedback. Activity: Each student presents their portfolio and explains the process. Peer and instructor feedback to improve the projects.

Class 46: Fetching Movie Data from API Goal: Learn how to fetch and display movie data using JavaScript. Activity: Use the free movie API to fetch data (e.g., using fetch or axios). Display movies dynamically in the homepage layout. Learn to use JavaScript promises and asynchronous code.

Class 48: Adding Details and Interactivity Goal: Add movie details pages and interactivity. Activity: Create individual movie pages to display detailed information. Implement JavaScript for modal pop-ups and interactive features (e.g., trailers).

Class 49: Styling & Responsiveness Goal: Ensure the Netflix clone is fully responsive and polished. Activity: Apply advanced CSS and Tailwind for styling. Test and tweak responsiveness for various devices.

Class 50: Final Touches and Deployment Goal: Finish the project and deploy it online. Activity: Perform final tests and bug fixes. Deploy the Netflix clone on a platform like Netlify or GitHub Pages.

Target Audience

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