MechaTronics
– Robotics and Automation Internship Program (B.Sc - PCM/PCB)
A practical internship for college students to learn the basics of robotics and automation through hands-on projects with Arduino, sensors, motors, and IoT. Includes mini-projects, safety, and a final group presentation with certification.
Created by
Last updated 09/2026
English/Hindi
4.5
CourseDescription
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.
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 !
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