Internet of Things Bootcamp for Beginners Online

Course Duration:

4 Weeks

Starting From:

11th July

Starting From:

11th July

Course Duration:

4 Weeks

SUMMER INTERNSHIP

Avail offer before 14th July !

Our Course on IoT is specially design for beginners will help you to learning through projects and who want get depth knowledge of ATmega microcontroller, digital and analog Input Output pins, USB interface, PWM support, and compatible Arduino IDE for programming.

This IoT course is focused on In-depth introduction, pinout detailed diagram, how to use serial monitor, loop concepts, Conditional statements, communication protocols and opportunity to work on real simulator-based projects.

After Completion of this course you will be confident enough to implement your ideas to real projects by creating them from scratch and become expert to work on industry standard projects and creating your own application-based product to solve real life problems.

Module 1: Introduction to Embedded Systems

Basics of Embedded Systems
Difference between Microcontrollers and Microprocessors
Overview of Arduino Platform
Discussion on Embedded System Applications

Module 2: Arduino IDE Setup & First Program

Installing and Setting Up Arduino IDE
Writing and Uploading Your First Sketch

Module 3: LED Interfacing & Intensity Control

Introduction to Pulse Width Modulation (PWM)
Controlling LED Brightness

Module 4: Push Button & LED Control

Digital Inputs and Outputs
Debouncing Techniques

Module 5: 7-Segment Display Interfacing

Basics of 7-Segment Displays
Displaying Numbers and Characters

Module 6: Potentiometer & Joystick Interfacing

Reading Analog Inputs
Mapping Values for Control

Module 7: LCD Display (16x2) Integration

Basics of LCD Displays
Displaying Text and Data

Module 8: DHT11 Sensor (Temperature & Humidity)

Introduction to Temperature and Humidity Sensors
Reading and Displaying Data

Module 9: IR Sensor for Object Detection

Basics of Infrared Sensors
Object Detection

Module 10: LDR & BH1750 Light Sensors

Using LDR and BH1750 Sensors

Module 11: Soil Moisture Sensor Monitoring

Basics of Soil Moisture Measurement
Monitoring Soil Moisture Levels

Module 12: Ultrasonic Sensor for Distance Measurement

Distance Measurement Using Ultrasonic Waves
Calculating Distance

Module 13: MPU6050 (Accelerometer & Gyroscope)

Introduction to Accelerometer and Gyroscope
Reading and Using Sensor Data

Module 14: Servo Motor Control

Basics of Servo Motors
Controlling Position and Movement

Module 15: Relay-based Pump Control

Relay Basics and Applications
Using Relays to Control High Voltage Devices

Module 16: DC Motor Control with L298N Driver

DC Motor Control Basics
Using L298N Motor Driver for Speed and Direction Control

Module 17: IoT Fundamentals & Architecture

Overview of IoT
IoT Architecture and Components

Module 18: Bluetooth Module (HC-05) Interfacing

Bluetooth Communication Basics
Interfacing HC-05 with Arduino

Module 19: Blynk/ThinkSpeak Cloud Setup

Introduction to IoT Cloud Platforms
Setting Up Blynk/ThinkSpeak Accounts

Module 20: WiFi Module (ESP8266) Interfacing

WiFi Communication Basics
Interfacing and Programming ESP8266

Projects:

Project 1: Building a Traffic Lights

Project 2: Smart Street Light System

Project 3: Bluetooth Controlled Car

Project 4: Line Follower Robot

Project 5: Self-Balancing Platform

Project 6: Smart Dustbin

Project 7: IoT-based Weather Station

Project 8: Home Automation (Controlling Appliances with Smartphone)

Project 9: Automatic Irrigation System

Project 10: Obstacle Avoiding Robot

Independently design, code, and build real-world IoT products from scratch.

Work confidently with microcontrollers (Arduino Uno, Nano, NodeMCU), sensors, relays, displays, and keypads.

Code using Arduino IDE and integrate Ethernet and Wi-Fi shields for IoT connectivity.

Connect devices to cloud platforms for data storage, automation, and remote monitoring.

Build 3 hands-on IoT projects that demonstrate your applied skills.

Design PCB layouts using Fritzing and practice real-world casing, soldering, and testing.

Learn the process of IoT product development—from design to funding, certifications, and marketing.

Absorb content easily through professionally created short-format video lessons (most under 7 minutes).
Basic understanding of electronics (helpful but not mandatory)

A computer/laptop with internet access

Arduino Uno/Nano or NodeMCU (recommended for hands-on practice)

Basic electronic components – sensors, relays, jumper wires, breadboard

Willingness to learn through practical, project-based approach

Curiosity about IoT, embedded systems, and PCB designing

Price

₹ 1999.00

₹ 3998.00

50% OFF

12:00:00 hours left to avail at this price !

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