Lesson 1 — Welcome to Coding World
● Introduction to coding platforms
● What is an algorithm?
● Understanding sequencing and instructions
● Scratch warm-up activity
● Angry Birds activity
● Computational thinking basics

Lesson 2 — Maze Masters
● Step-by-step commands
● Maze puzzles and navigation logic
● Planning before coding
● Understanding events and actions
● Predicting program outcomes

Lesson 3 — Debug Detective
● Spot mistakes in patterns
● Fix maze bugs
● Learn debugging habits
● Testing and improving solutions
● Finding and correcting logical errors

Lesson 4 — Everyday Algorithms
● Real-life algorithms: planting a seed
● Bee sequencing challenge
● Turn routines into code
● Understanding inputs and outputs
● Breaking big problems into smaller steps

Lesson 5 - Drawing with the Artist
● Sequencing shapes
● Coding patterns
● Connect coding with math
● Introduction to coordinates and direction
● Pattern recognition activities

Lesson 6 — Repeat Like a Pro
● Repeat blocks
● Treasure hunt with loops
● Angry Bird challenge
● Understanding efficiency in coding
● Repeating actions with fewer instructions

Lesson 7 — Nested Loop Lab
● Loops inside loops
● Bee collects nectar
● Shape patterns
● Creating repeated designs
● Understanding complex repetitions

Lesson 8 — Smart Decisions with If/Else
● Real-life conditions
● Harvesting challenge
● Bee logic puzzles
● Decision-making in programs
● Interactive problem-solving activities

Lesson 9 - Variables Unlock Creativity
● Variables made simple
● Artist with changing values
● Design challenge
● Store and update information
● Introduction to score tracking

Lesson 10 — Play Lab Fun
● Variables with characters
● Flappy Bird coding
● Interactive scenes
● Event-driven programming
● Character interactions

Lesson 11 — Functions Save Time
● Bee challenge
● Artist functions
● Reusable code blocks
● Organizing code efficiently
● Custom instructions and procedures

Lesson 12 — Minecraft Coding Quest I
● Loops in Minecraft
● Hero journey
● Problem-solving missions
● Pattern-based movement

Lesson 13 — Minecraft Coding Quest II
● Aquatic voyage
● Adventurer challenges
● Conditions and logic puzzles
● Strategy-based coding activities

Lesson 14 — While Loop Adventures
● While loops through stories
● Farmer challenge
● Play Lab scenes
● Repeating until a goal is reached
● Interactive loop challenges

Lesson 15 — Sprite Lab Stories● Create sprites
● Add behaviors
● Build a mini story
● Events and animations
● Character interactions

Lesson 16 — Virtual Pet Studio
● Design a pet
● Add interactions
● User-controlled actions
● Variables for pet needs
● Interactive feedback systems

Lesson 17 — Talk to Your Program
● Text and prompts
● User input mini project
● Ask-and-answer interactions
● Personalized responses

Lesson 18 — Collector Games Challenge
● Carrot collector
● Star collector
● Gem hunter scoring
● Collision detection basics
● Score tracking systems

Lesson 19 — Dance Party Finale
● Music and movement coding
● Animated celebration
● Event-based actions
● Creative coding showcase

Lesson 20 — Meet Scratch
● Sprites
● Backdrops
● Costumes
● Motion blocks
● Understanding the Scratch interface
● Introduction to events

Lesson 21 — Move and Explore
● Keypress movement
● Coordinates made simple
● Sprite navigation
● Interactive movement activities

Lesson 22 — Story Makers
● Sprite conversations
● Imaginary stories
● Broadcasting messages
● Scene transitions
● Storytelling with code

Lesson 23 — Mini Game Arcade
● Freeze game
● Little drummer
● Pong game
● Game mechanics basics
● Interactive gameplay logic

Lesson 24 — Loops and Forever Fun
● Repeat blocks
● Forever loops
● Jump and dance project
● Continuous animations
● Smart looping strategies

Lesson 25 — If This, Then That
● Conditionals
● Operators
● Touch logic
● Collision-based decisions
● Interactive game responses

Lesson 26 — Ask and Answer
● User input
● Chocolate challenge
● Personalized interactions
● Data collection through inputs

Lesson 27 — Variables in Action
● Calculator project
● Score tracking
● Counters and game points
● Dynamic value updates

Lesson 28 — Maze Challenge
● Maze game
● Dino jump
● Collision detection
● Player controls
● Game rule creation

Lesson 29 — Pen Magic
● Draw with code
● Follow mouse pointer
● Coordinate systems
● Creative pattern generation

Lesson 30 — Guessing Games
● Number guessing game
● Reverse counting
● Random numbers
● Logic-building challenges

Lesson 31 — Lists and Game Logic
● Rock Paper Scissors
● Lists vs variables
● Storing multiple values
● High-score systems
● Data organization activities

Lesson 32 — Cloning Power
● Create clones
● Snake game
● Dynamic object generation
● Obstacle creation systems
● Endless gameplay mechanics

Lesson 33 — Final Scratch Challenge
● Alarm and timer
● Odd/even logic
● Multiplication table
● Functions and custom blocks
● Integrated coding challenge

Lesson 34 — Meet App Builder
● What makes an app?
● Screens and components
● First button app
● Introduction to user interfaces

Lesson 35 — Buttons That Talk
● Click events
● Label changes
● Reaction apps
● Event-driven programming

Lesson 36 — Design Your First Screen
● Colors
● Layout
● App design basics
● User experience fundamentals

Lesson 34 — Meet App Builder
● What makes an app?
● Screens and components
● First button app
● Introduction to user interfaces

Lesson 35 — Buttons That Talk
● Click events
● Label changes
● Reaction apps
● Event-driven programming

Lesson 36 — Design Your First Screen
● Colors
● Layout
● App design basics
● User experience fundamentals

Lesson 40 — Screen Navigation
● Move between screens
● Create menu apps
● App flow design
● Navigation logic

Lesson 41 — Smart Utility Apps
● Calculator app
● Unit converter
● Using operators
● Real-world app development

Lesson 42-43— Final Coding Project
Final Project Challenge
● Build a complete interactive game, story, or mobile app
● Combine events, loops, variables, conditions, lists, and functions
● Include animations, scoring, timers, and user interaction
● Showcase creativity and computational thinking
● Final presentation and evaluation

Children can begin learning basic coding concepts as early as age 5 when lessons use visual, play-based methods instead of complex text-based programming. The Little Coder course is specifically designed for children aged 5–7 and introduces coding through puzzles, games, animated stories, creative projects, and visual drag-and-drop activities.

Yes. A 5-year-old can learn fundamental coding concepts such as sequencing, patterns, loops, conditions, and logical thinking when they are presented through age-appropriate visual activities. Children do not need to write complex code; they learn by moving blocks, solving puzzles, controlling characters, and creating simple interactive projects.

No. Children use visual drag-and-drop coding tools designed for young learners.

No. The Little Coder course is designed for complete beginners aged 5–7. Children do not need any previous experience with coding, Scratch, Code.org, or app development before joining the program.

Children learn coding fundamentals including algorithms, sequencing, loops, conditions, variables, events, functions, debugging, lists, and basic app development. They also develop logical thinking, problem-solving, creativity, planning, and computational thinking through hands-on projects.

The course uses beginner-friendly visual coding platforms such as Code.org, Scratch, and app-building tools. These platforms allow young children to understand programming concepts through visual blocks, characters, animations, games, and interactive activities rather than complicated written code.

No. The course primarily uses visual drag-and-drop coding tools suitable for young learners. Children can build programs by arranging coding blocks and giving instructions to characters, making it easier to understand programming logic without needing advanced typing skills.

Little Coder classes are live and personalized. A dedicated instructor teaches each session in real time, provides immediate guidance, answers questions, and adapts activities according to the child's pace, interests, and learning needs.

The complete Little Coder curriculum includes 43 hours of live instruction. The course progresses from beginner coding concepts and visual programming to Scratch projects, game development, basic mobile apps, and a final capstone project.

Coding can help young children strengthen logical thinking, problem-solving, creativity, pattern recognition, planning, persistence, and computational thinking. Project-based coding also encourages children to turn their ideas into interactive stories, games, animations, and digital creations.

Yes. Scratch can be suitable for children aged 5–7 when introduced gradually with age-appropriate guidance. In the Little Coder course, children first build foundational skills through beginner-friendly activities before progressing to Scratch projects involving sprites, animations, stories, loops, conditions, variables, and simple games.

A laptop or suitable tablet with a stable internet connection is required. The coding activities run through beginner-friendly digital platforms, and no previous programming setup or coding experience is needed to begin.

Parents receive regular progress updates to understand their child's learning, achievements, strengths, and areas for improvement. The program also includes progress reports after classes and parent feedback to help families follow the child's coding journey.

Classes can be rescheduled with prior notice, giving families flexibility when a child cannot attend a scheduled session.

Yes. Parents can book a free trial class with no card or commitment required. The trial helps assess the child's current level and interests, after which a personalized learning roadmap can be recommended based on the child's pace and needs.