Syllabus Structure

Syllabus Structure

1. Courses a student can learn independently and still become a solid professional

These are strong stand-alone courses. A learner can study them by themselves and still reach a hiring-ready level without needing to borrow other courses.

Stand-Alone Courses

Programming Languages (each one stands alone):

  • Python Programming
  • JavaScript Programming
  • Java Programming
  • C Programming
  • C++ Programming
  • C# Programming
  • Kotlin Programming
  • Swift Programming
  • Ruby Programming
  • PHP Programming

Design & Web-Facing Skills:

  • UI/UX Design Fundamentals
  • UI/UX Design & Product Experience
  • HTML & CSS Fundamentals
  • Bootstrap & Responsive Design
  • CMS (WordPress)
  • Scratch Programming (beginner-level)

Data & AI Skills:

  • SQL Programming
  • Data Analysis & Visualization
  • Database Design & Management
  • Artificial Intelligence & Machine Learning

Infrastructure & Operations:

  • Cloud Administration
  • Cloud Operations (CI/CD, IaC, Kubernetes)
  • Cloud Security

Project-Focused Courses:

  • Project Management
  • Robotics (if taken at an introductory level)

These courses naturally benefit from extra skills, but they do not require them to succeed professionally.

2. Courses that require pairing with other courses for a complete education

These are not fully stand-alone. A student becomes stronger and more employable when they combine them with related courses.

Courses that must be paired

A. Programming Foundations Track

  • Programming Foundations
  • Needs pairing with:
    HTML & CSS, JavaScript, Python, (or any main programming language.)

B. Web Development Courses
These courses depend on each other for full competence:

1. HTML & CSS Fundamentals
Pairs with:

  • Web Development Fundamentals
  • JavaScript
  • UI/UX Design

2. Web Development Fundamentals
Pairs with:

  • HTML & CSS
  • JavaScript
  • Bootstrap
  • Programming Foundations
  • (or any main programming language.)

3. Frontend Web Development (JavaScript + React)
Pairs with:

  • HTML & CSS
  • Web Dev Fundamentals
  • Backend Development (to become full-stack)
  • (or any main programming language.)

4. Backend Development & API Engineering
Pairs with:

  • SQL
  • Python/PHP/Node.js
  • Full-Stack Development (for career progression)

5. Full-Stack Web Development
Depends on all core layers:

  • HTML & CSS
  • JavaScript
  • SQL
  • Backend framework (Node, Django, Laravel)

C. Software Engineering & Application Development
These are professional-level and need foundational pairing:

  • Software Engineering Principles
    Pairs with:
    Programming Foundations, at least one language, and Project Management.
  • Mobile App Development (Flutter & React Native)
    Pairs with:
    JavaScript (for React Native)
    or
    Php (for Laravel)
    and
    Backend/API Engineering.

D. Cloud & DevOps Infrastructure Track
Cloud Architecture
Pairs with:

  • Cloud Administration
  • Networking basics
  • DevOps (CI/CD, IaC)

Cloud Administration
Pairs with:

  • Cloud Architecture
  • DevOps
  • Security

Cloud Operations (DevOps/SRE)
Pairs with:

  • Cloud Administration
  • CI/CD
  • Infrastructure as Code
  • Linux fundamentals (not in your doc but implied)

Multi-Cloud Strategies
Pairs with:

  • Cloud Architecture
  • Cloud Security
  • CloudOps

Cloud Security
Pairs with:

  • Cloud Architecture
  • Cloud Administration
  • Networking

E. Data & AI Track

  • Database Design
    Pairs with:
    SQL Programming
  • Data Analysis & Visualization
    Pairs with:
    Python Programming
    or
    SQL
  • Artificial Intelligence & Machine Learning
    Pairs with:
    Python Programming
    Data Analysis
  • Intelligent Data Systems Integration
    Pairs with:
    Database Design
    AI/ML
    Cloud

3. Suggested pairings for best student success

Here is a practical set of combinations for each track.

Web Development Path

  • Programming Foundations
  • HTML & CSS
  • JavaScript
  • Web Development Fundamentals
  • Frontend Development (React)
  • Backend + API Engineering
  • Full-Stack Development

Cloud/DevOps Path

  • Cloud Architecture
  • Cloud Administration
  • CloudOps (CI/CD, IaC, Kubernetes)
  • Cloud Security
  • Multi-Cloud Strategies

Data & AI Path

  • Python Programming
  • SQL Programming
  • Database Design
  • Data Analysis & Visualization
  • AI & Machine Learning
  • Intelligent Data Systems Integration

Mobile Development Path

  • JavaScript or Kotlin or Swift
  • UI/UX Design
  • Mobile App Development (Flutter / React Native)
  • Backend API Development

Software Engineering Path

  • One core language (Python / Java / C# etc.)
  • Software Engineering Principles
  • Project Management
  • Full-Stack or Mobile App Dev (optional but helpful)

Full Curriculum Map (All Tracks Combined)

This map shows how every course fits together from beginner to advanced. It’s structured in layers:
 Foundation → Core Skills → Specialization → Professional Level

Layer 1: Foundations (Absolute Beginners)

These courses build first-time tech literacy.

A. Programming Foundations

  • Programming Foundations

  • Scratch (optional for younger learners)

B. Web Foundations

  • HTML & CSS Fundamentals

  • UI/UX Design Fundamentals

C. Digital Skills Foundations

(not in your document but implied: computer basics, internet fundamentals)

Layer 2: Core Skills (Choose a Path)

Students now select their first direction. These tracks can be taken in parallel.

Path 1: Web Development Core

  • HTML & CSS

  • Web Development Fundamentals

  • JavaScript Programming

  • Bootstrap / Responsive Web Design

  • UI/UX Design & Product Experience

Path 2: Programming Language Core

(Students pick one or two)

  • Python

  • JavaScript

  • Java

  • C

  • C++

  • C#

  • PHP

  • Ruby

  • Swift

  • Kotlin

Path 3: Databases Core

  • SQL Programming

  • Database Design & Management

Path 4: Cloud + DevOps Core

  • Cloud Administration

  • Cloud Architecture Fundamentals

Path 5: Data & Analytics Core

  • Data Analysis & Visualization

  • Intro to Data Analytics concepts

Layer 3: Specialization Tracks (Pick One Primary Track)

These are job-facing specializations. Students use previously learned fundamentals.

Track A: Full-Stack Web Development

Required courses:

  • JavaScript Programming

  • HTML & CSS

  • Frontend with JavaScript & React

  • Backend Development (Node, Python, or Laravel/PHP)

  • API Engineering

  • SQL & Database Integration

  • Full-Stack Development
     Optional bonus:

  • UI/UX

  • DevOps Basics

Resulting roles:
 Full-stack developer, frontend developer, backend developer.

Track B: Software Engineering

Required:

  • One core language (Java, Python, C#, etc.)

  • Software Engineering Principles

  • Version Control / Git

  • Project Management

  • System Design Basics

Optional:

  • Full-Stack Development

  • Mobile App Development

Roles:
 Software engineer, junior systems engineer.

Track C: Cloud & DevOps

Required:

  • Cloud Architecture

  • Cloud Administration

  • Cloud Operations (CI/CD, IaC, Kubernetes)

  • Cloud Security

  • Multi-Cloud Strategies

Optional:

  • Python (for automation)

  • Linux basics

Roles:
 Cloud engineer, DevOps engineer, Cloud security analyst.

Track D: Data & AI

Required:

  • SQL Programming

  • Database Design

  • Data Analysis & Visualization

  • Python Programming

  • AI & Machine Learning

  • Intelligent Data Systems Integration

Roles:
 Data analyst, data scientist, ML engineer.

Track E: Mobile App Development

Required:

  • UI/UX Design Fundamentals

  • JavaScript (React Native) or Dart basics (for Flutter)

  • Mobile App Development (Flutter/React Native)

  • Backend/API Engineering

  • Mobile Deployment & Publishing

Roles:
 Mobile app developer, cross-platform developer.

Track F: UI/UX Design

Required:

  • UI/UX Design Fundamentals

  • Research & Wireframing

  • Prototyping

  • Visual Design & Design Systems

  • Portfolio Development

Optional:

  • HTML & CSS

  • Product Design Principles

Roles:
 UI/UX designer, product designer.

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