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MechaTronics – Robotics and Automation Internship Program (B.Sc - PCM/PCB)
Available Coaching Centers:
Request your Demo Today
The MechaTronics Internship is a 16-day intensive, hands-on program designed for college students eager to explore the world of Mechanics, robotics, automation, and IoT. The internship provides a structured, step-by-step journey into electronics, microcontrollers, sensors, actuators, and communication systems through practical experiments and real-world projects.
Each day combines interactive lessons with lab-based activities, ensuring that students not only understand the concepts but also apply them immediately by building and testing working circuits. Starting from the fundamentals of electronics and Arduino programming, learners progress to advanced applications such as sensor integration, motor control, Bluetooth communication, and IoT demonstrations using ESP boards.
Guided mini-projects such as obstacle-avoiding robots, RFID-based door locks, and smart irrigation systems prepare students for the final team project and presentation, where creativity and collaboration come together.
What Participant will Learn
- Wire and test basic circuits with LEDs, buzzers, and sensors.
- Write and upload Arduino code for input/output control.
- Work with live data from sensors to drive automated decisions.
- Control DC motors and servos with L293D/L298N motor drivers.
- Implement Bluetooth-based remote control using HC-05 modules.
- Explore IoT applications with ESP32 For Wi-Fi dashboards and remote monitoring.
- Collaborate in teams to design, build, and present a complete robotics project.
Tools and Technologies
- Microcontrollers: Arduino UNO/Nano/Mega, ESP32/ESP8266
- Sensors: LDR, IR, ultrasonic, soil moisture, gas, rain
- Actuators & Drivers: DC motors, servo motors, L293D, L298N
- Access & Control: RFID reader, 4x4 keypad, Bluetooth HC-05
Learning Outcomes
- Explain the fundamentals of robotics, automation, microcontrollers, and IoT.
- Build and test sensor-based circuits for real-world applications.
- Control and program motors and actuators with Arduino.
- Implement RFID, keypad, and Bluetooth-based access systems.
- Demonstrate IoT concepts with Wi-Fi-enabled boards.
- Work effectively in teams to plan, develop, and present a robotics project.
Project and Certification
The program culminates in a Final Demo Day, where teams test, debug, and present their projects to peers and mentors. Every successful participant will receive a Completion Certificate by NaivoTech and viLab recognizing their practical skills in robotics and automation—a valuable addition to their academic and career journey.
Where Mechanics Meets Electronics – Build, Code and Innovate !
Enroll Now !
What is Robotics?
Applications of Robotics & Automation in industries, daily life.
Tools & kits overview.
Activity: Students’ interaction + intro to breadboard, jumper wires, Arduino.
Voltage, Current, Resistance (Ohm’s Law).
Power supply basics.
Electronic components: Resistor, Capacitor, Diode, Transistor.
Activity: Identify components + LED glow with resistor.
Breadboard connections.
Series and Parallel circuits.
Buzzer & LED interfacing without Arduino.
Activity: LED series/parallel connections on breadboard.
Arduino UNO (detailed study).
Arduino Nano & Mega (differences).
ESP32 & ESP8266 (overview for IoT).
Activity: Installing Arduino IDE + first code “LED Blink”.
Digital output (LED, buzzer).
Delay, pinMode, digitalWrite.
Activity: Arduino UNO – LED blink + buzzer ON/OFF program.
What are sensors?
Types of sensors – analog, digital.
LDR sensor.
IR sensor.
Activities: 1. Auto streetlight using LDR.
2. Object detection with IR.
Ultrasonic sensor.
Rain sensor.
Activities: 1. Distance measurement on serial monitor.
2. Rain detection alert system.
Soil Moisture sensor.
Gas sensor.
Activities: 1. Auto plant watering system.
2. Gas leak alarm with buzzer.
RFID, 4x4 Keypad.
Bluetooth HC-05.
Activities: 1. RFID-based access system.
2. Password entry with keypad.
3. Bluetooth mobile → Arduino LED control.
What are actuators?
DC Motor, Servo Motor basics.
Activity: 1. Servo motor control with Arduino.
2. Servo control with sensor (Ultrasonic → Servo movement).
Why motor drivers are required.
L293D Motor Driver IC.
Activity: 1. Run DC motor forward & backward.
2. Motor driver with Arduino UNO.
L298N Motor Driver + Arduino Motor Shield.
Bluetooth communication with HC-05.
Activity: Build a Bluetooth-controlled car (Forward, Backward, Left, Right).
ESP8266 & ESP32 – features & IoT role.
Using Arduino IDE with ESP boards.
Activity: Control LED/Fan via Internet (IoT demo).
Activity: Project building in teams. Students will choose projects like Smart Home Automation (Bluetooth/IoT), Obstacle Avoidance Robot, RFID Door Lock System, Smart Irrigation using Soil + Rain sensor.
Project testing, debugging.
Group presentations.
Feedback session.
Nitil Singh
- 4.9 Instructor Rating
- 900+ Reviews
- 1000+ Students
- 20+ Courses
I am an enthusiastic educator with 3+ year of experience teaching Robotics, STEM and Automation. I specialize in simplifying complex technical concepts, making them engaging and accessible for learners of all backgrounds. My classes blend theory with hands-on projects, helping students understand how robotics shape the world around us.
Passionate about fostering curiosity and innovation, I am committed to inspiring the next generation of creators and problem-solvers through practical learning and interactive teaching methods.
Educational Qualification - B.Tech - Computer Science Engineering (CSE)
Experience - 3+ Year in Education-Technology (EdTech) and Web Development.
Satendra Patel | Robotics Instructor
- 4.2 Instructor Rating
- 100+ Reviews
- 200+ Students
- 10+ Courses
I am a Robotics Teacher with experience in teaching STEM concepts through hands-on, engaging lessons designed for young learners. I specialize in simplifying complex topics into practical, easy-to-understand activities that emphasize creativity, critical thinking, and real-world problem solving. I have successfully taught 200+ students aged 10–13 across India, the US, UK, and Canada using platforms such as Arduino, Raspberry Pi Pico, and Micro:bit. Along with teaching, I also contribute to curriculum design to make learning accessible and impactful.
Passionate about making technology learning exciting and future-ready, I am committed to preparing students through interactive methods and practical projects. My student-centric and detail-oriented teaching approach ensures that every learner feels supported and inspired.
Educational Qualification – Pursuing B.Tech in Computer Science and Engineering from Lovely Professional University with a CGPA of 8.16
Experience – 1+ year in Moonpreneur, delivered live online robotics sessions
Adarsh Bind
- 4.5 Instructor Rating
- 500+ Reviews
- 1000+ Students
- 20+ Courses
I am an educator with 3+ years of experience teaching Robotics, IoT, and Arduino Coding. I specialize in simplifying complex technical concepts into engaging, hands-on lessons that are easy to understand. My classes focus on creativity, critical thinking, and real-world problem solving, and I have successfully taught 1000+ students across Lucknow using platforms such as Arduino, Micro:bit, and Scratch.
Passionate about making technology learning exciting and inclusive, I am committed to preparing students for the future through interactive teaching methods and practical projects. My student-centric approach ensures every learner feels supported and inspired.
Educational Qualification – Pursuing B.Tech in Computer Science and Engineering from Dr. APJ Abdul Kalam Technical University, Lucknow
Experience – 3+ years in the EdTech sector with NaivoTech Innovations
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Available Coaching Centers:
What you need/Requirement
STEM Book
STEM (Science, Technology, Engineering, and Mathematics) booket is provided to support the learning Journey.
Robotics and STEM Kit
Complete STEM kit with all the components needed for building real-world projects.
Learning Path
Earn Valuable Credentials
and Lead with a Competitive Edge.
Certificate and Recognition That Validates Your Skills
Our curriculum is meticulously designed in collaboration with industry leaders to ensure every skill you acquire is not just current, but in high demand.
Get Mentorship From Top 1 % Industry Experts
Our mentors are seasoned professionals and thought leaders who provide unparalleled guidance and personalized feedback.
Network For Lifelong Success
Our vibrant community of professionals offers continuous support, mentorship, and a platform for lifelong career acceleration.
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