100+
Projects materials
Live
Online Class
6
Capstones
No Prior Knowledge Needed – Step-by-Step Training

Robotic Gen Master Program

Robots are shaping every industry. Learn robotics the practical way — build, code, and control real systems from basics to advanced capstones.

100+ Hands-on ActivitiesLive Online ClassesAfter-School Program6 Capstone Projects
Future of Work

“Working may soon become optional” — as robots and AI replace many jobs.

— Elon Musk
Source: Times of India - Published: 23 Oct 2025
AIRoboticsCareers
Why this program matters

The world is changing fast — here’s the real gap.

Robotics and AI are transforming industries. Students who learn to build, code, and control systems will lead.

The Problem

Risk

Jobs and skills are shifting. Many people will be left behind if they don’t upgrade from “user” to “builder.”

  • Robots and AI are replacing repetitive work faster than expected.
  • Education is still theory-heavy, with limited real project exposure.
  • Students don’t clearly see future careers in automation and robotics.
  • Most people consume technology but can’t build or troubleshoot it.

The Lack

Missing Skills

The gap isn’t talent — it’s structured, hands-on training with real tools and real outcomes.

  • Hands-on robotics practice (motors, sensors, control).
  • Practical electronics + coding (not just definitions).
  • Problem-solving mindset: test, debug, iterate like an engineer.
  • Early exposure to AI/automation concepts through projects.
  • Clear guidance to build a portfolio for competitions/careers.
Goal: move from “watching robots” to “building robots.”
Founder Philosophy

If you learn 🧠 to build a robot, you can earn 💰 by building robots.

Skills → Hands-on Projects → Build Real Robots → Get Real Opportunities

Our Solution
Foundation

Strong Basics

Clear understanding of electronics, sensors, motors, and microcontrollers—without memorization.

Practice

Hands-on Projects

100+ guided builds help students gain confidence by assembling, coding, and testing real robots.

Outcome

Real Results

Capstone projects, portfolios, and competition-ready robots backed by live online mentoring.

How learning happens

01
Learn 🧠
Understand concepts through explanation and demo
02
Build 🤖
Assemble and program real robotic systems
03
Test & Improve 🔧
Debug, modify, and optimize like an engineer
04
Apply & Earn 💼💰
Projects, competitions, and opportunities
Curriculum Timeline

Modules → Topics → What you’ll learn

A structured roadmap designed for real skill-building. Every module ends with hands-on outcomes you can show in your portfolio.

Module 01 • Robotics Foundations

Weeks 1–2

Outcome: Understand the building blocks of a robot (hardware + software).

Robot types & real-world applications
Basic electronics: voltage, current, resistance
Breadboard wiring + safety
Components: LEDs, resistors, switches, buzzers
Module 01 of 08

Module 02 • Sensors & Inputs

Weeks 3–4

Outcome: Sense the world using common robotics sensors.

Ultrasonic distance sensing
IR obstacle / line sensors
LDR + light detection
IMU basics (tilt / motion concepts)
Module 02 of 08

Module 03 • Motion & Motor Control

Weeks 5–6

Outcome: Make robots move with DC motors and servos.

DC motors + direction control
PWM speed control
Motor drivers (L298N / TB6612)
Servo control for arms / scanning
Module 03 of 08

Module 04 • Microcontroller Coding

Weeks 7–8

Outcome: Write clean logic for robot behaviors.

Arduino / ESP basics (pins, I/O)
Loops, conditions, functions
Reading sensors → making decisions
Debugging methods (serial monitor)
Module 04 of 08

Module 05 • Core Robotics Builds

Weeks 9–10

Outcome: Build complete mini-robots from start to finish.

Obstacle avoiding robot
Line follower robot
Wall follower (basic control logic)
Remote-controlled bot (wired / wireless basics)
Module 05 of 08

Module 06 • IoT & Remote Control

Weeks 11–12

Outcome: Control robots from web/mobile and send sensor data.

Wi-Fi basics (ESP32/ESP8266)
Simple dashboard control (buttons/sliders)
HTTP/MQTT concept (intro)
Live telemetry: distance/temp/position
Module 06 of 08

Module 07 • AI + Automation Starter

Weeks 13–14

Outcome: Understand automation thinking and AI-assisted robotics.

Automation logic (state machines intro)
Camera + vision concept (demo based)
Voice/gesture control ideas (overview)
Ethics + safety in robotics
Module 07 of 08

Module 08 • Capstone Sprint (6 Projects)

Weeks 15–16+

Outcome: Build 6 capstones with documentation and demo readiness.

Capstone planning: problem → solution
System integration (hardware + code + UI)
Testing checklist + improvements
Portfolio: photos, videos, write-up, pitch
Module 08 of 08
Tip: Each module can be extended with mini-projects based on student level (Grade 6–12).
Program Outcomes

What you will gain after completing this program

This is not just a course certificate. You walk away with real hardware experience, real builds, and real confidence.

50+
Electronics Components
20+
Sensors
4
Microcontrollers
10+
Robots Built
Certificate

Official program completion certificate

Students receive an official certificate after successfully completing all modules, hands-on builds, and capstone projects.

Skill-basedVerified completionMentor approved

Issued only after successful evaluation and final review.

Robotic Gen Master Program Certificate
Sample certificate previewProgram name • Student name • Certificate ID