Course Content (15 Lessons)

1. Setup & First Block Program
Concepts Covered: EduBlocks setup, Print block
What Students Do:
Open EduBlocks and create a print block to display “Hello World.”
Learning Outcomes:
Understand the EduBlocks interface and run a simple block program.

2. Variables & Assignments
Concepts Covered: Variables, Assignments
What Students Do:
Create variable blocks to store numbers or text and display their values.
Learning Outcomes:
Learn variable creation, assignment, and basic data storage.

3. User Input
Concepts Covered: Input blocks, Display blocks
What Students Do:
Ask the user for their name using input blocks and display a greeting.
Learning Outcomes:
Learn to take user input and combine input with output.

4. Simple Arithmetic Operations
Concepts Covered: Arithmetic blocks (+, −, ×, ÷)
What Students Do:
Perform addition, subtraction, multiplication, and division using blocks and display results.
Learning Outcomes:
Understand arithmetic operations and calculation logic.

5. Conditional Logic (If / Else)
Concepts Covered: If / Else blocks
What Students Do:
Check whether a number is even or odd using conditional blocks.
Learning Outcomes:
Understand decision-making and logical branching.

6. Loops (Repeat / For Loop)
Concepts Covered: Repeat blocks, For loops
What Students Do:
Print numbers from 1–10 or repeat actions using loops.
Learning Outcomes:
Understand loops, iteration, and repetition.

7. While Loops
Concepts Covered: Repeat-until, Conditional loops
What Students Do:
Print numbers until a condition is met using repeat-until logic.
Learning Outcomes:
Learn conditional loops and execution flow.

8. Functions / Custom Blocks
Concepts Covered: Functions, Custom blocks, Reusability
What Students Do:
Create a custom block to calculate a square and call it multiple times.
Learning Outcomes:
Understand functions, modularity, and reusable code.

9. Simple Calculator
Concepts Covered: Variables, Arithmetic, Functions
What Students Do:
Build a small calculator using variables, arithmetic blocks, and functions.
Learning Outcomes:
Apply multiple concepts to solve practical problems.

10. Guess the Number Game
Concepts Covered: Random numbers, Loops, Conditionals
What Students Do:
Create an interactive guessing game using random numbers and logic blocks.
Learning Outcomes:
Combine loops, conditions, and randomness in gameplay.

11. String Manipulation
Concepts Covered: Text blocks, Concatenation
What Students Do:
Take user input and manipulate text by combining strings.
Learning Outcomes:
Understand string operations, formatting, and text logic.

12. List / Array Basics
Concepts Covered: Lists, Add/Remove elements
What Students Do:
Create a list and add or remove items.
Learning Outcomes:
Learn list creation, data storage, and basic list operations.

13. Loops with Lists
Concepts Covered: List iteration
What Students Do:
Loop through list elements and perform operations such as summing values.
Learning Outcomes:
Understand looping through lists and aggregate operations.

14. Interactive Story or Game
Concepts Covered: Conditional logic, Loops, Events
What Students Do:
Create a story or game where user choices change the outcome.
Learning Outcomes:
Combine events, loops, and conditions into creative logic-based projects.

15. Saving & Sharing Projects
Concepts Covered: Exporting, Sharing
What Students Do:
Save projects, share with classmates, or export programs.
Learning Outcomes:
Learn project management, collaboration, and sharing workflows.

⭐ Course Highlights – Why This EduBlocks Course Is Special

• Real Python Logic Without Syntax Fear
  Students learn Python concepts visually, reducing frustration while building real skills.

• Perfect Bridge to Text-Based Python
  Block structure mirrors real Python code, making the transition natural and smooth.

• Strong Computational Thinking Foundation
  Focus on variables, loops, functions, lists, and conditions.

• Project-Based Learning
  Every lesson produces a working program or interactive project.

• Ideal for Robotics, AI, and Engineering Pathways
  Prepares students for Python, Arduino, robotics competitions, and advanced STEM.

👨‍👩‍👧 Ideal for Parents Who Want:

• A serious coding foundation, not just “drag-and-drop games”

• A smooth transition from Scratch to Python

• Logical thinking, problem-solving, and structure

• Preparation for robotics, AI, and future programming courses

• Coding that grows with the child, not something they outgrow quickly