Basic Arduino Course (IOT)

This course introduces students to electronics, programming, and Arduino-based project development from the ground up. Learners will understand computer and ... Show more
Instructor
Abhik Modak
5 Students enrolled
4
6 reviews
  • Description
  • Curriculum
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The Basic Arduino Course is a comprehensive, beginner-friendly program designed to introduce students to the world of electronics, programming, and embedded systems through hands-on learning. This 12-month course starts from the absolute basics of computers and programming and gradually builds the skills required to design, develop, and debug real-world Arduino-based projects.

Students will first learn fundamental concepts such as how computers work, the basics of programming logic, and essential electronics principles including voltage, current, resistance, and common electronic components. With a strong foundation in place, learners move on to installing and setting up the Arduino IDE, understanding Arduino board architecture, and writing simple programs using C/C++ concepts tailored for Arduino.

As the course progresses, students will gain practical experience in building Arduino circuits using LEDs, buttons, sensors, buzzers, relays, motors, and 16×2 LCD displays. They will learn how to use Serial Communication and the Serial Monitor to debug programs, read sensor data, and interact with hardware effectively. Emphasis is placed on troubleshooting, logical thinking, and safe hardware handling.

The course also integrates ChatGPT training, teaching students how to use AI as a learning assistant for code generation, debugging, project explanation, and documentation. This modern approach helps learners improve productivity, understand concepts faster, and build confidence in problem-solving.

In the final phase, students will work on multiple mini-projects and one major project, applying all the skills they have learned. Alongside technical training, the course provides career guidance, covering future learning paths such as IoT, robotics, and embedded systems, as well as basic guidance on projects, internships, and skill development.

By the end of this 12-month program, students will be able to confidently write Arduino programs, build and debug electronic projects, and take their first strong step toward a career in electronics, automation, and smart technology development.

You can register:
By visiting the Gluonweb Training Center (offline), or
Through our official website / WhatsApp contact for online enrollment.
After registration, you’ll receive all course details, batch timings, and setup guidance.

134, Banagram, Kamarhati
Nadia, West Bengal

WhatsApp: +91 81673 14997
Email: gluonweb@gmail.com

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Course details
Duration 12 Months
Lectures 24
Level Intermediate
Basic info
  • Language: English / Bengali (Bilingual support available)

  • Training Type: Theory + Hands-on Practical + Projects

  • Step-by-step learning from basics to real projects

  • Strong focus on practical circuit building

  • Learn programming logic using Arduino

  • Work with LEDs, sensors, LCD, motors, and modules

  • Debug projects using Serial Monitor

  • ChatGPT-assisted learning and debugging

  • Mini projects and one major final project

  • Career guidance and future roadmap support

Course requirements
  • Eligibility: School Students (Class 6+), Beginners, Non-IT Students

  • Prerequisites: No prior programming or electronics knowledge required

  • Basic understanding of reading and writing (English or Bengali)

  • Willingness to learn practical electronics and coding

  • Regular attendance and participation in lab sessions

Intended audience

This course is designed for :

  • School students (Class 6 and above)

  • Beginners interested in electronics and technology

  • Students who want to learn Arduino from scratch

  • Diploma or vocational students

  • Non-IT / Non-electronics background learners

  • Hobbyists and DIY electronics enthusiasts

  • Students planning to move into:

    • IoT

    • Robotics

    • Embedded Systems

    • Automation projects

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