Home / Internship / IoT for Beginners — From Electronics to Smart Devices

IoT & Embedded Systems

IoT for Beginners — From Electronics to Smart Devices

PAID INTERNSHIP TRAINING & SKILL DEVELOPMENT PROGRAM

IoT Basics for Beginners is a simple, practical and beginner-friendly introduction to the Internet of Things. This course is designed for students who are completely new to IoT, electronics and programming. Students will start with very basic concepts such as voltage, current, sensors, LEDs, switches and breadboard wiring. They will then learn simple Arduino programming and basic sensor interfacing through small hands-on exercises. The course gradually introduces the idea of connecting a device to Wi-Fi using ESP8266 and controlling a simple device through a mobile phone or web browser. The focus is on understanding concepts through easy practical work rather than advanced programming or complex embedded-system development. At the end of the course, students will build a small beginner-level IoT project and understand how a real IoT device works from sensor to controller to wireless communication.

Program Type: Internship Training & Skill Development
Fee: Paid
Training Mode: Offline + Online
Preferred Mode: Offline

Important Information

This is a paid internship/training and skill-development program. It is designed for practical learning, project work and technical skill development. It is not an employment/job offer or a guaranteed placement program.

Offline training is the preferred mode for learners who want stronger hands-on interaction, practical work, question-and-answer sessions, hardware experimentation and troubleshooting guidance. Online mode is also available for learners for whom offline attendance isn't practical.

What You'll Learn

1. Understand the basic concept of Internet of Things (IoT).

2. Identify basic electronic components used in simple IoT projects.

3. Understand voltage, current and basic electrical connections.

4. Use a breadboard and make simple circuit connections.

5. Write and upload simple Arduino programs.

6. Connect and read basic sensors.

7. Understand the basic working of Wi-Fi based IoT devices.

8. Connect an ESP8266 to a Wi-Fi network.

9. Control a simple device using a mobile phone or web browser.

10. Build a simple beginner-level IoT mini project.

Tools & Technologies

Arduino UNOArduino IDEBreadboardLEDsPush ButtonsResistorsBuzzerLDR SensorIR SensorTemperature SensorUltrasonic SensorRelay ModuleESP8266 / NodeMCUUSB Programming CableBasic Wi-Fi Network

Prerequisites

Recommended1. Basic computer operation

Recommended2. Ability to use a computer keyboard and mouse

Recommended3. Interest in electronics and technology

RecommendedImportant:

RecommendedNo prior programming experience required.

Who Should Join

School students interested in technology and electronics

Polytechnic and diploma students

College students starting their technical journey

Students with no previous IoT experience

Beginners interested in Smart Home and Automation

Electronics hobbyists

Students who want to explore IoT before learning advanced Embedded Systems

Curriculum

7 modules · 88 lessons

— Introduction to IoT

9 lessons

1.1Module description:
1.2Introduction to the basic idea of IoT and how everyday devices become smart devices.
1.3Lessons
1.4Lesson 1: What is IoT?
1.5Lesson 2: Examples of IoT in daily life
1.6Lesson 3: Smart Home and Smart Devices
1.7Lesson 4: Sensor, Controller and Output
1.8Lesson 5: Simple IoT System Flow
1.9Lesson 6: Where IoT is used

— Basic Electronics

12 lessons

2.1Module description:
2.2Basic electronics concepts required to understand simple IoT circuits.
2.3Lessons
2.4Lesson 1: Voltage, Current and Resistance
2.5Lesson 2: 5V and 3.3V basics
2.6Lesson 3: LED and Resistor
2.7Lesson 4: Push Button
2.8Lesson 5: Buzzer
2.9Lesson 6: Breadboard Basics
2.10Lesson 7: Power and Ground
2.11Practical
2.12LED ON/OFF circuit

— Arduino for Beginners

13 lessons

3.1Module description:
3.2Introduction to Arduino and simple programming without advanced coding concepts.
3.3Lessons
3.4Lesson 1: What is Arduino?
3.5Lesson 2: Arduino UNO Board Introduction
3.6Lesson 3: Arduino IDE
3.7Lesson 4: First Arduino Program
3.8Lesson 5: Digital Output
3.9Lesson 6: LED ON/OFF
3.10Lesson 7: Push Button Input
3.11Lesson 8: Serial Monitor Basics
3.12Practical
3.13Button-controlled LED

— Sensors

13 lessons

4.1Module description:
4.2Students learn how sensors detect real-world conditions.
4.3Lessons
4.4Lesson 1: What is a Sensor?
4.5Lesson 2: Digital and Analog Sensors
4.6Lesson 3: LDR Sensor
4.7Lesson 4: IR Sensor
4.8Lesson 5: Temperature Sensor
4.9Lesson 6: Ultrasonic Sensor
4.10Lesson 7: Reading Sensor Values
4.11Lesson 8: Simple Sensor-Based Automation
4.12Practical
4.13Automatic light using LDR

— Introduction to ESP8266

11 lessons

5.1Module description:
5.2Very basic introduction to Wi-Fi enabled microcontrollers.
5.3Lessons
5.4Lesson 1: What is ESP8266?
5.5Lesson 2: ESP8266 vs Arduino
5.6Lesson 3: Connecting ESP8266 to Computer
5.7Lesson 4: Uploading a Simple Program
5.8Lesson 5: Connecting to Wi-Fi
5.9Lesson 6: Checking Connection Status
5.10Practical
5.11ESP8266 Wi-Fi connection

— Simple IoT Communication

11 lessons

6.1Module description:
6.2Students understand how an IoT device communicates over a network.
6.3Lessons
6.4Lesson 1: What is Wi-Fi?
6.5Lesson 2: Internet vs Local Network
6.6Lesson 3: Device and Network Basics
6.7Lesson 4: Simple Web-Based Control
6.8Lesson 5: Sending a Basic Command
6.9Lesson 6: Receiving a Device Response
6.10Practical
6.11Control an LED from a browser/mobile device

— Beginner IoT Mini Project

19 lessons

7.1Module description:
7.2Students combine the concepts learned throughout the course.
7.3Project
7.4Wi-Fi Based Smart Light
7.5Project Features
7.6ESP8266 Wi-Fi connection
7.7LED or small relay output
7.8Simple browser/mobile control
7.9ON/OFF control
7.10Basic device status
7.11Simple circuit wiring
7.12Project Steps
7.13Lesson 1: Project planning
7.14Lesson 2: Circuit connection
7.15Lesson 3: ESP8266 programming
7.16Lesson 4: Wi-Fi setup
7.17Lesson 5: Device control
7.18Lesson 6: Testing and troubleshooting
7.19Lesson 7: Final demonstration

Full lesson content unlocks on your dashboard after you register.

Practical Projects

Project 1 LED ON/OFF Circuit

Learn basic output control.

Project 2 Push Button Controlled LED

Understand digital input and output.

Project 3 Automatic Light using LDR

Use sensor input to control a light.

Project 4 IR Sensor Detection

Understand object detection basics.

Project 5 Wi-Fi Smart Light

Build a simple IoT device using ESP8266.

Frequently Asked Questions

Do I need previous programming knowledge?

No. This course starts from the basics and introduces programming gradually.

Do I need previous electronics knowledge?

No. Basic electronics concepts are taught before practical circuit work.

Is this course suitable for school students?

Yes. The course is designed for beginners and uses simple practical examples.

Will I build a project?

Yes. Students will build a beginner-level Wi-Fi based IoT project.

Which microcontroller is used?

Arduino UNO is used for basic learning and ESP8266/NodeMCU is introduced for Wi-Fi based IoT applications.

Is this an advanced Embedded Systems course?

No. This course is an introductory IoT course intended to prepare beginners for more advanced Embedded Systems and IoT learning.

Will I receive a certificate?

Yes, a Certificate of Completion is provided after successful completion of the course and practical project.

Course fee

₹3,599

5-Weeks · Beginner

Reserve your enrollment with a minimum payment, or pay the full fee upfront.

Beginner-friendly curriculum
No previous IoT knowledge required
Hands-on electronics practice
Arduino basics
Sensor interfacing
ESP8266 Wi-Fi introduction
Simple IoT automation project
Practical troubleshooting
Certificate after completion
Foundation for Advanced IoT and Embedded Systems