Curriculum Blueprints

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Build, edit, delete and populate structured learning roadmaps with explicit Study/Concept and Build/Solve semantics.

R-1

Rishi 1

Track Length30 Days

Blueprint Density30 of 30 (100%)

Curriculum Blueprint (30 of 30 Days Configured)

Explicit Study/Concept vs Build/Solve execution roadmap

Day 1Phase 1: Visual Logic & Puzzle Algorithms

1. Learn (Concept)

What is an Algorithm? Step-by-step sequencing to solve a puzzle

2. Build (Application)

Clear Basics Stage 1 in LightBot using forward, turn, and light commands

Day 2Phase 1: Visual Logic & Puzzle Algorithms

1. Learn (Concept)

Procedures (Functions): Packaging repetitive commands into P1

2. Build (Application)

Clear Procedures Stage 2 in LightBot using P1 procedure blocks

Day 3Phase 1: Visual Logic & Puzzle Algorithms

1. Learn (Concept)

Looping Patterns: Calling a procedure inside itself to create infinite actions

2. Build (Application)

Clear Loops Stage 3 in LightBot using recursive procedure calls

Day 4Phase 1: Visual Logic & Puzzle Algorithms

1. Learn (Concept)

The (X, Y) Coordinate Plane: Moving sprites on screen

2. Build (Application)

Make a sprite move to (-100, -100) and (100, 100) using arrow keys

Day 5Phase 1: Visual Logic & Puzzle Algorithms

1. Learn (Concept)

Variables as Containers: Keeping track of a game score

2. Build (Application)

Create a click-counter game in Scratch: increase Score by 1 on every sprite click

Day 6Phase 1: Visual Logic & Puzzle Algorithms

1. Learn (Concept)

Saturday Game Studio: Collision detection & edge bouncing

2. Build (Application)

Build a single-paddle bounce game with ball velocity, paddle bounce, and score

Day 7Phase 1: Visual Logic & Puzzle Algorithms

1. Learn (Concept)

Sunday Reflection: Play and share your scratch game

2. Build (Application)

Add a new sound effect and custom background to your paddle game

Day 8Phase 1: Visual Logic & Puzzle Algorithms

1. Learn (Concept)

Boolean Logic: IF, THEN, and ELSE conditions

2. Build (Application)

Add a Game Over screen when the ball touches the bottom red line (Y < -150)

Day 9Phase 1: Visual Logic & Puzzle Algorithms

1. Learn (Concept)

Compound Conditions: Using AND & OR gates

2. Build (Application)

Spawn a golden star power-up only when Score > 5 AND Timer > 10

Day 10Phase 1: Visual Logic & Puzzle Algorithms

1. Learn (Concept)

Math in Code: The Modulo operator (Remainders & Divisibility)

2. Build (Application)

Build a sprite that says 'Jackpot!' whenever score is a multiple of 5

Day 11Phase 2: Typing Real Code with Python Turtle

1. Learn (Concept)

From Blocks to Text: print() and basic arithmetic in Python

2. Build (Application)

Type print('Hello Rishi') and calculate your age in days using Python arithmetic

Day 12Phase 2: Typing Real Code with Python Turtle

1. Learn (Concept)

Turtle Graphics: Moving forward and turning by degrees

2. Build (Application)

Draw an exact 100x100 pixel square using t.forward(100) and t.right(90)

Day 13Phase 2: Typing Real Code with Python Turtle

1. Learn (Concept)

Loops in Python: for i in range(4) eliminates repetitive code

2. Build (Application)

Rewrite your square program using only 3 lines of code with a for-loop

Day 14Phase 2: Typing Real Code with Python Turtle

1. Learn (Concept)

Polygon Geometry: Exterior angles formula (360 / n)

2. Build (Application)

Draw an equilateral triangle (angle 120) and a regular pentagon (angle 72)

Day 15Phase 2: Typing Real Code with Python Turtle

1. Learn (Concept)

Algorithmic Art: Incrementing step size inside a 100-step loop

2. Build (Application)

Create a colorful geometric spiral by increasing line length on every turn

Day 16Phase 2: Typing Real Code with Python Turtle

1. Learn (Concept)

Saturday Game Studio: Random numbers with import random

2. Build (Application)

Build a 2-turtle race simulator: move turtles forward by random steps until one crosses the finish line

Day 17Phase 2: Typing Real Code with Python Turtle

1. Learn (Concept)

Sunday Reflection: Customizing turtle speeds and colors

2. Build (Application)

Add a 3rd turtle to your race track and customize line pens

Day 18Phase 2: Typing Real Code with Python Turtle

1. Learn (Concept)

User Input: input() and converting text to integers with int()

2. Build (Application)

Build a Number Guessing Game: prompt user for a guess and report 'Higher' or 'Lower'

Day 19Phase 2: Typing Real Code with Python Turtle

1. Learn (Concept)

While Loops & Break: Looping until a condition is met

2. Build (Application)

Add a 5-attempt limit to your guessing game using while attempts < 5

Day 20Phase 2: Typing Real Code with Python Turtle

1. Learn (Concept)

Python Lists: Storing collections of numbers and names

2. Build (Application)

Store 5 game scores in a list and write a loop to find the highest score without max()

Day 21Phase 3: Competitive Math & Logic Foundations

1. Learn (Concept)

Number Sequences: Finding patterns and the n-th term formula

2. Build (Application)

Write a Python loop that generates and prints the first 20 terms of sequence: 3, 7, 11, 15...

Day 22Phase 3: Competitive Math & Logic Foundations

1. Learn (Concept)

Systematic Counting & Tree Diagrams: Combinatorics basics

2. Build (Application)

Write a nested for-loop in Python to print all unique 2-digit combinations of numbers [1, 2, 3, 4]

Day 23Phase 3: Competitive Math & Logic Foundations

1. Learn (Concept)

Prime Numbers: Divisibility rules and factor trees

2. Build (Application)

Write a Python script that checks if an input number n is Prime or Composite

Day 24Phase 3: Competitive Math & Logic Foundations

1. Learn (Concept)

Greatest Common Divisor (GCD): The Euclidean Algorithm intuition

2. Build (Application)

Implement Euclidean subtraction in a while-loop to find the GCD of two numbers

Day 25Phase 3: Competitive Math & Logic Foundations

1. Learn (Concept)

Cryptography: The Caesar Cipher (Alphabet letter shifting)

2. Build (Application)

Write a Python script that encrypts a secret word by shifting every letter forward by 3 places

Day 26Phase 3: Competitive Math & Logic Foundations

1. Learn (Concept)

Saturday Game Studio: State machines and text-based adventures

2. Build (Application)

Build a 3-room text adventure RPG in Python where choices change player health and inventory

Day 27Phase 3: Competitive Math & Logic Foundations

1. Learn (Concept)

Sunday Reflection: Game testing and branch exploration

2. Build (Application)

Add a secret treasure chest room to your text RPG that requires solving a riddle

Day 28Phase 3: Competitive Math & Logic Foundations

1. Learn (Concept)

Set Theory & Venn Diagrams: Solving Olympiad overlap logic

2. Build (Application)

Solve 3 competitive Venn diagram word problems using Python set operations (intersection/union)

Day 29Phase 3: Competitive Math & Logic Foundations

1. Learn (Concept)

Algorithm Speed: Why 1 loop is faster than a nested loop (O(N) vs O(N^2))

2. Build (Application)

Compare the execution time of summing 1 to 1,000,000 using a loop vs Gauss formula: n * (n + 1) // 2

Day 30Phase 3: Competitive Math & Logic Foundations

1. Learn (Concept)

Readiness Capstone: Explaining and presenting algorithmic code

2. Build (Application)

Present your completed Python text adventure and Turtle race scripts; explain how the loops and conditions work

Day	Phase	1. LEARN (CONCEPT / SOURCE)	2. BUILD (APPLICATION / ARENA)
Day 1	Phase 1: Visual Logic & Puzzle Algorithms	What is an Algorithm? Step-by-step sequencing to solve a puzzle	Clear Basics Stage 1 in LightBot using forward, turn, and light commands
Day 2	Phase 1: Visual Logic & Puzzle Algorithms	Procedures (Functions): Packaging repetitive commands into P1	Clear Procedures Stage 2 in LightBot using P1 procedure blocks
Day 3	Phase 1: Visual Logic & Puzzle Algorithms	Looping Patterns: Calling a procedure inside itself to create infinite actions	Clear Loops Stage 3 in LightBot using recursive procedure calls
Day 4	Phase 1: Visual Logic & Puzzle Algorithms	The (X, Y) Coordinate Plane: Moving sprites on screen	Make a sprite move to (-100, -100) and (100, 100) using arrow keys
Day 5	Phase 1: Visual Logic & Puzzle Algorithms	Variables as Containers: Keeping track of a game score	Create a click-counter game in Scratch: increase Score by 1 on every sprite click
Day 6	Phase 1: Visual Logic & Puzzle Algorithms	Saturday Game Studio: Collision detection & edge bouncing	Build a single-paddle bounce game with ball velocity, paddle bounce, and score
Day 7	Phase 1: Visual Logic & Puzzle Algorithms	Sunday Reflection: Play and share your scratch game	Add a new sound effect and custom background to your paddle game
Day 8	Phase 1: Visual Logic & Puzzle Algorithms	Boolean Logic: IF, THEN, and ELSE conditions	Add a Game Over screen when the ball touches the bottom red line (Y < -150)
Day 9	Phase 1: Visual Logic & Puzzle Algorithms	Compound Conditions: Using AND & OR gates	Spawn a golden star power-up only when Score > 5 AND Timer > 10
Day 10	Phase 1: Visual Logic & Puzzle Algorithms	Math in Code: The Modulo operator (Remainders & Divisibility)	Build a sprite that says 'Jackpot!' whenever score is a multiple of 5
Day 11	Phase 2: Typing Real Code with Python Turtle	From Blocks to Text: print() and basic arithmetic in Python	Type print('Hello Rishi') and calculate your age in days using Python arithmetic
Day 12	Phase 2: Typing Real Code with Python Turtle	Turtle Graphics: Moving forward and turning by degrees	Draw an exact 100x100 pixel square using t.forward(100) and t.right(90)
Day 13	Phase 2: Typing Real Code with Python Turtle	Loops in Python: for i in range(4) eliminates repetitive code	Rewrite your square program using only 3 lines of code with a for-loop
Day 14	Phase 2: Typing Real Code with Python Turtle	Polygon Geometry: Exterior angles formula (360 / n)	Draw an equilateral triangle (angle 120) and a regular pentagon (angle 72)
Day 15	Phase 2: Typing Real Code with Python Turtle	Algorithmic Art: Incrementing step size inside a 100-step loop	Create a colorful geometric spiral by increasing line length on every turn
Day 16	Phase 2: Typing Real Code with Python Turtle	Saturday Game Studio: Random numbers with import random	Build a 2-turtle race simulator: move turtles forward by random steps until one crosses the finish line
Day 17	Phase 2: Typing Real Code with Python Turtle	Sunday Reflection: Customizing turtle speeds and colors	Add a 3rd turtle to your race track and customize line pens
Day 18	Phase 2: Typing Real Code with Python Turtle	User Input: input() and converting text to integers with int()	Build a Number Guessing Game: prompt user for a guess and report 'Higher' or 'Lower'
Day 19	Phase 2: Typing Real Code with Python Turtle	While Loops & Break: Looping until a condition is met	Add a 5-attempt limit to your guessing game using while attempts < 5
Day 20	Phase 2: Typing Real Code with Python Turtle	Python Lists: Storing collections of numbers and names	Store 5 game scores in a list and write a loop to find the highest score without max()
Day 21	Phase 3: Competitive Math & Logic Foundations	Number Sequences: Finding patterns and the n-th term formula	Write a Python loop that generates and prints the first 20 terms of sequence: 3, 7, 11, 15...
Day 22	Phase 3: Competitive Math & Logic Foundations	Systematic Counting & Tree Diagrams: Combinatorics basics	Write a nested for-loop in Python to print all unique 2-digit combinations of numbers [1, 2, 3, 4]
Day 23	Phase 3: Competitive Math & Logic Foundations	Prime Numbers: Divisibility rules and factor trees	Write a Python script that checks if an input number n is Prime or Composite
Day 24	Phase 3: Competitive Math & Logic Foundations	Greatest Common Divisor (GCD): The Euclidean Algorithm intuition	Implement Euclidean subtraction in a while-loop to find the GCD of two numbers
Day 25	Phase 3: Competitive Math & Logic Foundations	Cryptography: The Caesar Cipher (Alphabet letter shifting)	Write a Python script that encrypts a secret word by shifting every letter forward by 3 places
Day 26	Phase 3: Competitive Math & Logic Foundations	Saturday Game Studio: State machines and text-based adventures	Build a 3-room text adventure RPG in Python where choices change player health and inventory
Day 27	Phase 3: Competitive Math & Logic Foundations	Sunday Reflection: Game testing and branch exploration	Add a secret treasure chest room to your text RPG that requires solving a riddle
Day 28	Phase 3: Competitive Math & Logic Foundations	Set Theory & Venn Diagrams: Solving Olympiad overlap logic	Solve 3 competitive Venn diagram word problems using Python set operations (intersection/union)
Day 29	Phase 3: Competitive Math & Logic Foundations	Algorithm Speed: Why 1 loop is faster than a nested loop (O(N) vs O(N^2))	Compare the execution time of summing 1 to 1,000,000 using a loop vs Gauss formula: n * (n + 1) // 2
Day 30	Phase 3: Competitive Math & Logic Foundations	Readiness Capstone: Explaining and presenting algorithmic code	Present your completed Python text adventure and Turtle race scripts; explain how the loops and conditions work