Hardware & Sensors
- Arduino UNO
- Breadboard
- IR Sensor
- Ultrasonic Sensor
- Servo Motor
- DC Motor
- L298N
Learn. Build. Innovate.
30-Day Robotics & AI Bootcamp
Build your first intelligent robot in Indore.
Turn ideas into intelligent machines through hands-on robotics, electronics, AI and IoT projects. Designed for school students, college students and beginners.
- Offline Practical Training
- No Coding Experience Required
- Expert Trainer Support
- Project Portfolio Development
- Course Completion Certificate
Project-based robotics
60+ hours of practical training. 10+ projects. One intelligent robot.
A project-based program covering robotics, electronics, Arduino, programming, sensors, motors, Bluetooth, IoT and intelligent automation — with a daily lab session and trainer support.
Offline lab sessions every day
Arduino, sensors, motors and IoT in one path
Build 10+ working projects
Portfolio and completion certificate
Day-wise roadmap
30 days at a glance.
See which module runs when, and the skill you walk away with.
Module focusExpected outcome
01Robotics FundamentalsD1–5
Robotics, electronics & safety basics
02Electronics & ArduinoD6–10
Circuits and first Arduino projects
03Robotics ProgrammingD11–15
C/C++, I/O and debugging skills
04Sensors & MotorsD16–20
Sensor interfacing and motion control
05Smart Robotics & IoTD21–25
Wireless and connected robot control
06Capstone & PortfolioD26–30
Functional robot and project portfolio
Course curriculum
6 practical modules. One connected path.
Open any module to see every topic, hands-on project and highlight inside it.
01
Days 1–5Robotics Fundamentals
Robotics Fundamentals
“Learn. Build. Innovate.”
Robotics & Automation
- Introduction to Robotics & Automation
- Types of Robots & Real-World Applications
- Robotics in Industry 4.0 & AI
- Career Opportunities in Robotics & Embedded Systems
Electronics Foundation
- Electronics Safety & Lab Practices
- Understanding Sensors, Actuators & Microcontrollers
Hands-on Activities
- Identify Electronic Components
- Basic Circuit Connections
- Robotics Demonstration
- Safe Lab Practices
- Component Identification
- Robotics Demonstration
02
Days 6–10Electronics & Arduino Basics
Electronics & Arduino Basics
Electronics & Circuit Design
- Electronic Components (Resistors, LEDs, Switches)
- Breadboard & Circuit Design
- Power Supply & Batteries
Arduino Foundation
- Introduction to Arduino UNO
- Arduino IDE Installation
- Digital & Analog Pins
- First Arduino Program
- LED & Buzzer Interfacing
Hands-on Projects
- LED Blinking Circuit
- Traffic Light System
- Smart Buzzer Alarm
- Arduino UNO Lab
- Circuit Building
- 3 Mini Projects
03
Days 11–15Programming for Robotics
Programming for Robotics
Programming Fundamentals
- Programming Fundamentals (C/C++)
- Variables & Data Types
- Operators & Conditional Statements
- Loops & Functions
Arduino Programming
- Arduino Programming Basics
- Digital Input & Output
- Debugging Techniques
Hands-on Projects
- Push Button LED Control
- Automatic Street Light
- Interactive LED Patterns
- C/C++ Basics
- Arduino Coding
- Debugging Practice
04
Days 16–20Sensors & Motor Control
Sensors & Motor Control
Sensors & Actuators
- IR Sensor
- Ultrasonic Distance Sensor
- Servo Motor
- DC Motor
Motor Control
- L298N Motor Driver
- PWM Speed Control
- Robot Movement Logic
Hands-on Projects
- Distance Measurement System
- Smart Parking Indicator
- Motor Speed Controller
- Sensor Interfacing
- Motor Driver Lab
- Robot Movement
05
Days 21–25Smart Robotics & IoT
Smart Robotics & IoT
Smart Robot Concepts
- Line Follower Robot Logic
- Obstacle Avoiding Robot
- Bluetooth Robot Control (HC-05)
IoT & Automation
- Introduction to Internet of Things (IoT)
- ESP8266 / ESP32 Basics
- Wi-Fi Robot Control
- AI & Smart Automation Overview
Hands-on Projects — Any 2
- Bluetooth Controlled Robot
- Line Follower Robot
- Obstacle Avoiding Robot
- IoT-Based Device Control
- Choose Any 2 Projects
- Wireless Control
- IoT Basics
06
Days 26–30Industry Project & Portfolio
Industry Project & Portfolio
Complete Robot Development
- Build a Complete Robot
- Hardware Assembly
- Programming Integration
- Testing & Debugging
Documentation & Career Readiness
- Project Documentation
- Technical Presentation
- Portfolio Development
- Resume & Career Guidance
- Certificate Distribution
Final Capstone Project
- Build and demonstrate a fully functional intelligent robot integrating sensors, motors, programming and wireless control.
- Final Intelligent Robot
- Project Portfolio
- Course Certificate
Your toolbox
Tools & technologies you will use.
Real hardware, real code and wireless control — everything is practised in the lab.
Software & Coding
- Arduino IDE
- C/C++
Wireless & IoT
- HC-05
- ESP8266
- ESP32
- IoT
Projects you will build
Leave with working robots, not just notes.
Every module ends in a hands-on build, and the last five days are a complete intelligent robot.
- 01LED Control Circuit
- 02Smart Traffic Light
- 03Automatic Street Light
- 04Smart Sensor System
- 05Distance Measurement Device
- 06Motor Control System
- 07Bluetooth Controlled Robot
- 08Line Follower Robot
- 09Obstacle Avoiding Robot
- 10IoT-Based Smart Robot
- 11Final Intelligent Robot Project
After the bootcamp you will
- Understand robotics, electronics and automation
- Build circuits safely
- Program Arduino using C/C++
- Interface sensors and actuators
- Control robotic systems
- Develop Bluetooth and IoT-enabled applications
- Debug hardware and software
- Create a project portfolio
Final capstone: build and demonstrate a fully functional intelligent robot integrating sensors, motors, programming and wireless control.
Get certified on completion.
Students who successfully complete the bootcamp and final project receive the Genixotech Robotics & AI Bootcamp Certificate, showcasing practical expertise in robotics, embedded systems, IoT and intelligent automation.
- Shareable on LinkedIn profiles & school or college portfolios
- Backed by a documented final project
FAQs
Questions before you enrol.
Can’t find your answer? Message us and a coordinator will get back to you.
Ask on WhatsAppWho can join the 30-Day Robotics & AI Bootcamp?
School students from Class 6, college students and complete beginners. No coding or electronics experience is required — we start from the basics.
How long is the bootcamp and what is the schedule?
Thirty days with 60+ hours of practical training across six modules. Batch timings are flexible — share your preference and our coordinator will confirm the next batch.
Is it classroom or online?
It is an offline, lab-based bootcamp at our Indore centre, with daily hands-on sessions and trainer support.
What will my child or I build?
You will build 10+ projects — from LED circuits and a smart traffic light to Bluetooth, line-follower and obstacle-avoiding robots — and finish with a final intelligent robot.
Do I need to bring my own kit?
Project kits and lab equipment are covered in the practical sessions. Ask our coordinator for the latest kit and fee details when you enquire.
Will there be a certificate?
Yes. Students who complete the bootcamp and the final project receive the Genixotech Robotics & AI Bootcamp Certificate.
Does it cover AI and IoT?
Yes. Module 5 introduces IoT with ESP8266/ESP32, Wi-Fi robot control and an overview of AI and smart automation.
How do I enrol?
Fill in the enquiry form, call or WhatsApp us. A Genixotech program coordinator will share batch dates, fees and kit information.
Get in touch
Build your first intelligent robot in 30 days.
Contact Genixotech to learn about upcoming batches, practical lab sessions, project kits and enrollment for the Robotics & AI Bootcamp in Indore.
- Phone+91 91718 05055
- Emailinfo@genixotech.com
- Office201, White Lotus Plaza, 1 Avantika Nagar, Near Sangam Nagar, Indore, Madhya Pradesh 452006
Turn ideas into intelligent machines.
Thirty days, six modules, ten-plus projects and a robot you built yourself.