01
Working Circuit
Sensor-triggered electronics — built, wired, and tested by hand.
CURRICULUM
What We Teach
A structured, progressive curriculum from Class 1 to Class 9 — building real skills term by term.
JUNIOR BAND
Classes 1 – 5
Foundation years: thinking, building, creating.
Class 1 & 2
Term 1
Computational Thinking
Patterns, sequencing, and logical reasoning through games and puzzles.
Term 2
Scratch Jr — Visual Coding
Simple animations and interactive stories using Scratch Jr.
Term 3
LED Circuits & Switches
Hands-on circuits, switches, and problem-solving games.
Class 3 & 4
Term 1
Algorithms in Scratch
Loops, conditionals, and algorithmic thinking in Scratch.
Term 2
Interactive Games
Building interactive stories and games entirely in Scratch.
Term 3
Sensors & Buzzers
Buzzers, sensors, and simple electronic circuits.
Class 5
Term 1
Arduino Introduction
Arduino concept, setup, and first programs.
Term 2
Block-to-Text Coding
Transition from block coding to text, simple automation.
Term 3
Mini Project
Sensor-based model built and presented by student.
SENIOR BAND
Classes 6 – 9
Applied years: Python, Robotics, and real AI.
Class 6
Term 1
Python Fundamentals
Variables, input/output, conditionals — first real programs.
Term 2
Arduino Digital I/O
LEDs, digital I/O, and serial monitor with Arduino.
Term 3
Automated System Project
Student builds and presents an automated system project.
Class 7
Term 1
Python — Loops & Functions
Loops, functions, and data structures in Python.
Term 2
Sensors Deep Dive
Temperature, IR, and ultrasonic sensors — reading real data.
Term 3
Sensor-Controlled Robot
Student builds a robot controlled by sensors.
Class 8
Term 1
Python Libraries & Data
Libraries, data processing, and applied Python projects.
Term 2
Robotics — Chassis & Motors
Building chassis, motor control, and pathfinding logic.
Term 3
Autonomous Robot Project
Fully programmable autonomous robot built by student.
Class 9
Term 1
AI Fundamentals
What AI is, how it learns, and where it is used.
Term 2
Teachable Machine & ML4Kids
Training models with Teachable Machine and ML4Kids.
Term 3
Capstone — AI + Hardware
Final capstone: AI-powered hardware project presented to school.
WHAT STUDENTS BUILD
Every Student Leaves With Real Work to Show
02
Python Application
A real coded application — written from scratch, not copied.
03
Programmable Robot
Assembled, wired, and coded to follow instructions and react to sensors.
04
AI Model
A model trained on real data — understanding what AI actually does.
Ready to Bring Astra to Your School?
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