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Class 7โ€“12 ยท Track B Featured

Senior Robotics & AI

The flagship 15-month journey. From Scratch and basic electronics to Python, Arduino, drones, and autonomous robots powered by AI.

Monthly Fee โ‚น950
Duration 15 Months
Outcome Autonomous Robots
Phase 1

Foundations

Programming fundamentals, electronics basics, and visual coding.

01

Scratch Programming

Visual block-based coding to build logic, loops, conditionals, and event-driven thinking โ€” the gateway to programming.

Logic Loops Events
02

App Inventor โ€” Mobile Apps

Build Android apps using visual drag-and-drop blocks. Create interactive interfaces, remote controls, and dashboards โ€” the bridge between visual coding and real-world applications.

App Inventor Android Visual Coding
03

Basic Electronics & Circuits

Understand voltage, current, resistance, LEDs, breadboards, and circuit design. The hardware foundation for every robot you'll build.

Circuits LEDs Breadboard
04

Python Basics & Libraries

Learn Python from scratch โ€” variables, functions, data structures โ€” then explore essential libraries for data handling and automation.

Python NumPy Pandas
05

HTML Basics

Build simple web pages and understand how the web works โ€” structure, styling, and basic interactivity. A digital literacy essential.

HTML CSS Web
Phase 2

Hardware & Robotics

Microcontrollers, sensors, 3D design, and building real robots.

06

Arduino & Microcontrollers

Program Arduino boards to control motors, LEDs, and sensors. Learn about different MCUs and when to use each one.

Arduino ESP32 MCUs
07

Sensors & Actuators

Give your robots the ability to see, hear, and feel. Ultrasonic, IR, temperature, gyroscope โ€” learn how each sensor feeds data to your code.

Ultrasonic IR Gyroscope
08

Creo 3D CAD & 3D Printing

Design custom robot parts in Creo CAD and bring them to life with 3D printing. From digital model to physical prototype in hours.

Creo 3D Print Prototyping
09

Robot Builds โ€” Robostar to Champion

Build progressively complex robots โ€” Robostar, Champion, and Challenger. Each model introduces new mechanisms, sensors, and control techniques.

Robostar Champion Challenger
Phase 3

AI, IoT & Drones

Machine learning, connected devices, autonomous flight, and app development.

10

Machine Learning & Deep Learning

Train models to classify, predict, and recognize patterns. Understand neural networks and how AI learns from data โ€” applied to real robot projects.

ML Deep Learning Neural Nets
11

IoT โ€” Internet of Things

Connect your devices to the internet. Build smart systems that send data to the cloud, respond to remote commands, and talk to each other.

WiFi Cloud Smart Devices
12

Drone Flying & Autonomous Flight

Learn to fly drones manually, then program autonomous flight paths. Understand PID control, GPS navigation, and obstacle avoidance in the air.

Drones PID Autonomous
13

Capstone: Autonomous Robot

The culmination โ€” build a fully autonomous robot that sees, thinks, and acts. Combine everything: sensors, AI, code, and mechanical design into one intelligent machine.

Capstone Autonomous Full Stack

Start Your Journey

15 months from beginner to building autonomous robots and flying AI-powered drones.