Overview
Our coding courses introduce children aged 6 to 14 to the world of programming, where creativity meets technology. Through engaging lessons and hands-on projects, kids will learn to build their own games, websites, and applications. We start with visual programming languages like Scratch for beginners and gradually transition to more advanced, text-based programming like Python, ensuring that each child progresses at their own pace.
Key Focus Areas:
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Problem-solving through logical thinking
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Creativity in designing projects
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Confidence in coding and technology
Detailed Coding Curriculum for Kids (Aged 6 to 14 years)
1. Beginner Level
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Target Group: kids with no prior programming experience
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Objective: Introduce fundamental programming concepts using visual tools, focusing on creativity and problem-solving.
Key Learning Outcomes:
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Introduction to Coding: Understand what programming is and why it’s important.
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Basic Concepts: Learn sequences (step-by-step instructions), loops (repeating actions), and conditionals (if-else statements).
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Problem Solving: Develop logical thinking through simple coding exercises.
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Creativity in Coding: Create basic projects like animated stories and simple games using block-based coding platforms.
Modules & Content:
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Introduction to Coding
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Overview of what coding is
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Examples of coding in everyday life (games, apps)
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Basic Navigation in Scratch
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Exploring the Scratch interface (sprites, stages)
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Introduction to blocks and categories
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Creating First Projects
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Basic animations and interactions.
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Simple Scratch projects such as making a character move, creating sound effects
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Introducing Loops & Conditions
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Using loops to repeat actions (e.g., walking in circles).
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If-else conditions to make decisions (e.g., if touching an object, say something).
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Mini-Projects and Fun Challenges
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Create an interactive game or story.
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Simple Scratch games (e.g., a cat catching a mouse).
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Final Project
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Each student builds their unique project from scratch, combining all the concepts they have learned.
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Tools:
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Scratch (block-based coding for kids).
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Code.org (interactive coding activities for beginners).
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Tynker (game-based coding platform for kids).
Pricing:
2. Intermediate Level
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Target Group: kids with basic programming knowledge
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Objective: Transition from visual programming to text-based coding, and deepen the understanding of core programming concepts.
Key Learning Outcomes:
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Text-Based Coding: Move from block-based coding to writing actual code (Python or JavaScript).
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Core Concepts: Understand variables, functions, loops, conditionals, and data types.
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Interactive Applications: Create basic programs like quizzes, calculators, and simple apps.
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Problem Solving: Tackle coding challenges that require analytical thinking and debugging.
Modules & Content:
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Introduction to Text-Based Coding (Python)
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What is Python? Why is it used?
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Introduction to coding environments (Thonny, Replit).
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Writing your first "Hello World" program.
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Variables & Data Types
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Understanding variables (storing data in a program).
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Data types: strings, integers, floats, Booleans.
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Basic input and output operations.
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Loops & Conditionals
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For loops and while loops.
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If-else conditions for decision-making.
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Building a simple guessing game.
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Functions & Modular Coding
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Defining and using functions in Python.
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Breaking down complex tasks into smaller functions.
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Building a quiz app with functions.
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Projects & Practice
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Build small programs: calculator, number guessing game, etc.
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Hands-on coding challenges for practice.
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Tools:
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Python (text-based coding language).
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Thonny or Replit (beginner-friendly Python IDEs).
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CodeCombat (gamified coding platform to reinforce text-based coding skills).
3. Expert Level
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Target Group: Students with strong foundational knowledge in coding
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Objective: Master advanced programming concepts and complete complex, real-world coding projects.
Key Learning Outcomes:
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Advanced Programming: Understand object-oriented programming (OOP), data structures, and algorithms.
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Complex Applications: Build larger, more complex projects such as games, web applications, or mobile apps.
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Critical Thinking & Problem Solving: Tackle advanced coding problems, optimize code, and debug efficiently.
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Real-World Application: Introduce basic concepts of artificial intelligence (AI) and machine learning.
Modules & Content:
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Introduction to Object-Oriented Programming (OOP)
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What is OOP? Why is it important?
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Understanding classes, objects, and methods.
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Building simple OOP-based projects (e.g., a pet simulator).
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Data Structures & Algorithms
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Lists, dictionaries, sets.
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Sorting algorithms, searching algorithms.
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Implementing real-world examples (e.g., phonebook, inventory system).
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Web Development Basics
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Introduction to HTML, CSS, and JavaScript.
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Building a basic website from scratch.
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Introduction to web applications (e.g., a simple blog or portfolio site).
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Mobile App Development
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Using MIT App Inventor to build mobile apps.
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Designing and building a simple mobile game or utility app.
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Final Projects & AI Introduction (10-25 hours)
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Students work on a capstone project of their choice (game, web app, etc.).
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Introduction to machine learning and AI (e.g., building a simple AI model to recognize numbers).
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Tools:
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Python (advanced coding).
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HTML/CSS/JavaScript (for web development).
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MIT App Inventor (for mobile app development).
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Pygame (for game development).
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CodeWars (for algorithm challenges)
Why Choose Coding?
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Develop Critical Thinking & Problem-Solving: Coding challenges students to think logically, break down problems, and find solutions.
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Prepare for the Future: With technology playing a critical role in every industry, coding is becoming a must-have skill for the future.
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Encourage Creativity: Coding allows students to bring their creative ideas to life by building their own games, websites, and apps.
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Fun and Engaging: Our hands-on projects make learning fun, turning complex coding concepts into enjoyable activities.
Course Benefits
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Personalized Learning Path: Each student progresses at their own pace, with a curriculum tailored to their level and interests.
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Interactive & Engaging Projects: Every level includes real-world projects that help students apply what they've learned in fun and creative ways.
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Professional Guidance: Our experienced instructors ensure that each child receives the support and feedback they need to succeed.
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Confidence in Technology: Coding empowers kids to understand and use technology in innovative ways, giving them the confidence to pursue further learning.
Available Learning Options
Online Learning:
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Interactive Sessions: Live online classes with expert instructors.
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Resources: Access to learning materials, video tutorials, and practice exercises through our online platform.
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Flexibility: Learn from the comfort of home with flexible scheduling options.
Physical (In-Person) Learning:
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Home Tuition: One-on-one or small group lessons with a dedicated instructor, offering a personalized learning experience.
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Local Centers: Group classes at local learning centers, encouraging collaboration and interaction with peers.
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Project-Based Learning
We believe in learning by doing. Our coding courses emphasize project-based learning, ensuring students not only grasp the theoretical aspects of coding but also gain practical experience by building real-world projects. Each level concludes with a set of projects, allowing students to apply their knowledge creatively