Overview
- To introduce students to the fundamentals of electronics, robotics, and Artificial Intelligence
- To develop basic programming, logical thinking, and AI-oriented problem-solving skills
- To provide hands-on experience with microcontrollers, sensors, motors, and smart systems
- To enable students to design and build intelligent robotic applications
- To encourage innovation and practical understanding of AI-enabled automation
Our Trainers
Mr.Arpit Soni
Mr. Arpit Soni is the Director of Robonauts India Pvt. Ltd., specializing in Embedded Systems and Robotics. He holds a B.E. in Electronics and Communication Engineering and a Diploma in Robotics & Embedded Systems, with 10 years of experience in commercial product development.
He has worked with esteemed organizations like the Indian Army, MPMKVV, Indian Railways, Bhabha Atomic Research (Maharashtra), and multiple startups. His expertise extends to IoT, 3D printing, and drone technology.
He has conducted hands-on workshops for IIT Mumbai, IIT Kanpur, IIT Indore, and various technical and non-technical universities across India. He is also a regular speaker at tech forums, expos, and conferences, having participated in several national and international events.
As the author of a book on Robotics, ATAL, and STEM curriculum, he actively promotes education. He is also a Technical Mentor at AIC RNTU ATAL Incubation Centre and a Board Member at GH Raisoni International Skill Tech University, Pune.
Passionate about teaching, he has set up robotics clubs in schools and colleges. His vision is to make robotics, STEM, drones, design, and 3D printing accessible to all.
Modules
Module-1
Introduction to Electronics & Robotics
- Overview of Basic Electronic Components (Resistors, LEDs, Switches, Breadboards, Buzzers)
- Introduction to Robotics & Applications
Module-2
Sensors & Display Devices
- Introduction to Sensors
- Seven-Segment Display
- Practical Demonstrations
Module-3
Arduino & Programming Fundamentals – I
- Introduction to Arduino Board
- Arduino IDE Overview
Module-4
Arduino & Programming Fundamentals – II
- Basics of Embedded Programming
- First Arduino Program
Module-5
Basic Circuit Designing
- Breadboard & Circuit Design Techniques
- Power Supply Concepts
- Practical Circuit Implementation
Module-6
LED Programming & Mini Projects
- LED Interfacing with Arduino
- EVEN & ODD LED Blinking
- LED Dice Project
- Traffic Light System
Module-7
- Basics of Sensors & Actuators
- Practical Demonstrations
- Mini Projects & Revision
Module-8
Motors & Motor Drivers
- Types of Motors
- DC Motor Working
- H-Bridge Concept
- L298D Motor Driver Module
Module-9
Motor Control Using Arduino
- Interfacing DC Motor with Arduino
- Clockwise & Anti-Clockwise Control
- Speed Control Techniques
Module-10
Infrared (IR) Sensors
- IR Sensor Module Introduction
- IR Sensor Circuit Implementation
- Motor Control Using IR Sensor
Module-11
Robot Construction
- 3-Wheel & 4-Wheel Robot Design
- Construction of 3-Wheel Robot
- Motor, Sensor & Power Unit Connections
Module-12
Line Follower Robot & Conclusion
- Programming IR-Based Line Follower Robot
- Final Testing & Demonstration
- Team-wise Robotics & AI Project Showcase (5–6 students per team)
- Review, Feedback & Certificate Distribution
Outcomes
- Understand the basics of electronics, robotics, and Artificial Intelligence concepts
- Write simple programs and apply logical and AI-based decision-making
- Interface sensors, motors, and microcontrollers for smart applications
- Design and implement basic intelligent robotic systems
- Work in teams of 5–6 students to design, perform, and showcase a Robotics & AI–based project
- Present project ideas, demonstrate functionality, and explain real-world applications
FAQs
1. What is this course about?
2. Who can enroll in this course?
3. What skills will I gain?
4. What tools or software will be used?
5. How is this course useful for careers?
