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Scratch Coding
About This Course
Get ready to dive into the exciting world of coding with our Scratch Coding Course for Beginners — the perfect starting point for young minds eager to explore programming in a fun and interactive way!
In this course, students will be introduced to the fundamentals of block-based programming using Scratch, a visual programming language developed by MIT. No prior coding experience is needed — just a curious mind and a love for creativity!
🌟 What You’ll Learn:
- Introduction to Scratch Interface: Understand how Scratch works, how to navigate the stage, sprite area, coding area, and more.
- Understanding Block Palettes: Explore the different types of blocks – Motion, Looks, Sound, Events, Control, Sensing, Operators, Variables, and My Blocks.
- Hands-on Coding Projects: Learn coding concepts by building fun and engaging projects:
- 🏎️ Car Racing Game – Create an exciting race track where players control the car using arrow keys.
- 🔢 Guess the Number Game – A simple logic-based game that introduces variables and conditionals.
- 🏀 Catch the Ball Game – Build a reflex-based game to catch falling balls using a paddle.
- 👫 Unity is Strength Story Animation – Use coding to narrate a moral story through animated characters and dialogues.
- 💭 Power of Choices Story – A creative storytelling project that integrates interactive choices to show different outcomes.
- 🏓 Pong Game (Classic Arcade) – Build your own version of the classic Pong game using motion, control, and scoring logic.
Learning Objectives
By the end of this course, you will be able to:
1. 🎯 Understand Core Programming Concepts:
Sequence, loops, conditions (if-else), variables, and events
Logical thinking and flow control
2. 🧩 Navigate and Use the Scratch Interface Confidently:
Use the stage, sprite area, and block palettes
Customize sprites, backgrounds, and sounds
3. 💡 Apply Block-Based Coding to Create Interactive Projects:
Build complete games and animations from scratch
Combine different blocks to add motion, effects, and user interactivity
4. 🕹️ Design and Develop Games:
Create engaging games like Car Racing, Catch the Ball, Pong, and Guess the Number
Add scorekeeping, timers, win/lose conditions, and game logic
5. 🎬 Tell Interactive Stories with Code:
Animate stories like Unity is Strength and Power of Choices
Add dialogues, character movements, and branching outcomes
6. 🎨 Enhance Creativity and Problem-Solving Skills:
Use coding to turn ideas into real, working digital projects
Think critically to debug and improve projects
7. 🔊 Integrate Multimedia Elements:
Add background music, sound effects, speech bubbles, and visual effects
8. 🧠 Build Confidence in Digital Creation:
Work independently on coding tasks
Present and explain their own projects
9. 📁 Create a Portfolio of Coding Projects:
A collection of games and stories students can showcase with pride
10. 🌟 Get Prepared for Advanced Coding:
A strong foundation to move into text-based coding languages like Python or JavaScript in the future
Material Includes
- lectures pdfs and worksheets
Target Audience
- -Beginners with no prior coding experience
- -Students aged 8+
- -Young learners who love games, stories, and technology
Curriculum
8 Lessons3h
Introduction of Scratch
Introduction of Scratch19:40
Blocks of palettes
Projects
Stories
Pong Game
Your Instructors
