13 Comprehensive Modules

Master Software Development
From Foundation to Advanced

13 Modules
Resources Learning
Real World Projects
Practicing Hours

Foundation Modules

Build your core development skills with these essential modules

Module 01

Environment Setup & Developer Tools

Objective: Understand the purpose of development tools and how to set up an optimized coding environment.

Topics Covered:

  • Overview of VS Code, GitHub, and Cloudflare
  • Installing VS Code, configuring extensions & themes
  • Git basics: commit, push, pull, branch
  • GitHub repository creation, SSH setup
  • Cloudflare Pages and DNS setup for hosting

Hands-On Project:

Deploy a 'Hello World' HTML page using GitHub + Cloudflare Pages.

Outcome:

Learners will have a fully configured environment ready for web development.

GitHub Cloudflare Git VS Code
Module 02

HTML & CSS Fundamentals

Objective: Understand how HTML and CSS form the foundation of software interfaces.

Key Concepts:

  • HTML as a structure for content and accessibility
  • Semantic tags and HTML5 APIs
  • CSS for responsive and accessible design
  • CSS frameworks (Bootstrap, Tailwind) and SCSS usage

Outcome:

Learners will be able to structure and style professional web interfaces.

HTML5 CSS3 Responsive Accessibility
Module 03

JavaScript Essentials

Objective: Learn to create interactivity using JavaScript.

Topics Covered:

  • Syntax, variables, loops, and functions
  • DOM manipulation and event handling
  • Fetch API and JSON data
  • Debugging in browser developer tools

Outcome:

Learners will understand front-end logic and interactivity.

JavaScript ES6+ DOM Debugging
Module 04

React.js Development

Objective: Learn modern front-end framework design with React.

Topics Covered:

  • React setup
  • Components, props, and state management
  • React Hooks (useState, useEffect)
  • API integration and dynamic rendering

Outcome:

Learners will be able to create scalable front-end applications.

React Hooks Components API Integration
Module 05

Python Programming Fundamentals

Objective: Gain foundational skills in Python programming.

Topics Covered:

  • Syntax, data types, loops, and functions
  • File handling and error management
  • Using Python in VS Code

Outcome:

Learners will be comfortable writing and executing Python code.

Python File I/O Error Handling VS Code
Module 06

Animation using Python (Manim)

Objective: Introduce learners to programmatic animation using Manim (Mathematical Animation Engine) — the same Python library used to create visually stunning educational videos and algorithm visualizations.

Key Concepts:

  • Overview of Manim (Mathematical Animation Engine)
  • Why developers use it for educational content and algorithm visualization
  • Real-world examples (3Blue1Brown, algorithm teaching platforms)
  • Complete creative control using code vs GUI tools
  • Understanding ManimCE (Community Edition) vs ManimGL
  • Core concepts: Scene, Mobjects, Camera, Frames
  • Installation, rendering pipeline, and optimization

Hands-On Project:

Install ManimCE, verify installation, and test rendering environment. Configure VS Code for Python animations.

Python Manim Animation Education

Advanced Modules

Master cutting-edge technologies and modern development practices

Module 07

AI Chatbot Integration (Python)

Objective: Introduce learners to the fundamentals of AI-driven conversational systems. Teach how to build, integrate, and deploy AI chatbots and agents within web applications using APIs and frameworks.

Key Concepts:

  • What are chatbots and AI agents?
  • Use cases in web systems (customer service, education, task automation)
  • Difference between rule-based bots and AI-driven bots
  • Overview of NLP and transformer models
  • APIs and providers (OpenAI, Hugging Face, Google Gemini, Anthropic Claude)
  • Responsible AI: ethical use, rate limits, and data handling
  • Intent, entity, and response mapping
  • Context management for dynamic conversation
  • UI/UX design for chat interfaces
Python AI/LLM JavaScript API Chatbot
Module 08

Video Streaming Integration (Python)

Objective: Enable learners to understand, implement, and integrate Cloudflare's video streaming services (Cloudflare Stream API) into modern web applications. This module teaches secure video upload, on-demand playback, and API-driven video delivery for platforms like learning systems, portfolios, or media dashboards.

Key Concepts:

  • Difference between streaming vs file downloads
  • How CDNs and edge networks deliver fast video playback
  • Cloudflare Stream overview — a managed service for video storage, encoding, and playback
  • Global CDN delivery for smooth playback
  • Built-in encoding, adaptive bitrate (ABR), and player integration
  • Simplifies video management with REST API
  • Easy integration with websites and apps (React, Django, Flask, etc.)

Hands-On Project:

  • Create a Cloudflare account and enable the Stream service
  • Access the Cloudflare Stream Dashboard
  • Generate an API token for Stream management
  • Explore Stream REST API documentation (upload, list, retrieve video)
  • Handling large file uploads safely and monitoring encoding status
  • Direct upload via Cloudflare dashboard
Python Cloudflare Streaming API CDN
Module 09

Cloud Data Collection (Python)

Objective: Teach learners how to implement a secure cloud-based data collection system using Cloudflare's serverless platform. They'll learn how to gather and manage user data — such as Email ID, Contact Number, Client Name, and Feedback — directly through web forms, processed and stored by Cloudflare Workers, KV, or D1 databases.

Key Concepts:

  • What data collection is and why it's used in software systems
  • Types of data commonly collected (contact info, feedback, analytics)
  • Understanding backend flow: form → API → database → analytics
  • Importance of user consent and privacy compliance (GDPR, PDPA)
  • Secure data storage and encrypted transmission
  • Avoiding unnecessary data collection and respecting user intent

Hands-On Project:

  • Enable Cloudflare Workers on your Cloudflare account
  • Introduction to Cloudflare KV (Key-Value storage) and D1 Database (SQL-based)
  • Creating API endpoints for form submission
  • Setting up CORS and HTTPS for secure communication
Python Cloudflare D1 Database Security GDPR
Module 10

Web Optimization & Metadata

Objective: Understand how to optimize websites for performance and SEO.

Topics Covered:

  • robots.txt configuration and purpose
  • Meta tags, Open Graph data, and Twitter Cards
  • Schema.org structured data with JSON-LD
  • Performance optimization using Lighthouse and GTmetrix

Project:

Optimize for SEO and speed.

Outcome:

Learners will be able to make web apps fast, discoverable, and secure.

SEO Performance Meta Tags Analytics
Module 11

Cloudflare, AWS & Google Cloud Integration

Objective: Understand cloud services integration with software applications.

Topics Covered:

  • Overview of cloud concepts (IaaS, PaaS, SaaS)
  • AWS S3, Lambda, and RDS basics
  • Google Cloud Storage, Firestore, and Cloud Functions
  • Cloudflare for CDN, caching, and DNS management

Project:

Connect a React or Python app to Firebase/Firestore.

Outcome:

Learners will understand how to integrate cloud services efficiently.

AWS Google Cloud Cloudflare Firestore
Module 12

Web Hosting & Web System Performance

Objective: Learn to deploy, test, and optimize web systems for speed and security.

Topics Covered:

  • Choosing a hosting provider (Shared, VPS, Cloudflare, AWS, Netlify)
  • Tools for speed testing: Lighthouse, GTmetrix, Pingdom, WebPageTest
  • Front-end and back-end optimization strategies
  • Implementing caching and CDNs
  • Web security best practices (SSL, WAF, DDoS protection)

Key Metrics to Understand:

  • LCP (Largest Contentful Paint)
  • CLS (Cumulative Layout Shift)
  • FID (First Input Delay)
  • TTFB (Time to First Byte)
  • Page Load Time & Render Blocking Resources

Project:

Host and optimize a website, measure performance, and implement SSL.

Outcome:

Learners will be able to deploy secure and high-performing web applications.

Hosting Performance Security Analytics
Module 13

Web Security & Protection

Objective: Master web security best practices and protection strategies for modern web applications.

Security Best Practices:

  • Always use HTTPS (SSL/TLS certificates — e.g., free via Cloudflare or Let's Encrypt)
  • Keep server software and dependencies updated
  • Use Web Application Firewalls (WAF)
  • Apply proper authentication and password policies
  • Regularly perform vulnerability scans (e.g., using OWASP ZAP, Snyk)
  • Implement DDoS protection (Cloudflare shield features)

Why Security Matters:

  • Security breaches can slow down or crash systems
  • Safe hosting environments reduce downtime and protect user trust
  • Direct impact on user experience and SEO ranking
  • Faster sites → higher conversion and retention rates
  • Security → brand trust and compliance with global standards (GDPR, ISO27001)
  • Optimized hosting → lower operational costs and better scalability
Security HTTPS WAF GDPR