Internet of Things Crash Course

OR

Schedule : December Batch

📅 Dates : 07-December-2025 to 26-December-2025

⏰ Timings : 06:30 PM to 08:30 PM

🎯 Days : Sunday to Friday

Why Attend This Crash Course?

In today's digitally transformed world, the Internet of Things (IoT) is not just a buzzword; it's a revolutionary force reshaping every industry, from smart homes and agriculture to healthcare and industrial automation.

• Live Interactive Sessions

• Lifetime Access to Recorded Sessions

• Learn from Basics to Advanced Concepts

• Hands-On Practical Learning

• Industry-Relevant Tools & Technologies

• Build Your Own Smart Devices

• Both Hardware & Simulation

• Certification + Project + Guidance

Syllabus

Introduction

• Introduction to IoT

• Characteristics of IoT

• Setting up the lab software

• (Arduino IDE, Thonny, Platfrom IO)

Basic Electrical & Electronics Circuits

• AC & DC Supply.

• Analog & Digital Signals.

• Resistors, Capacitor, Inductors, Diodes etc.

• Mechanical & Static Switches.

• Open , Close & Short Circuit.

• 2 Mini Project.

Embedded System

• Microcontroller. (MCU vs MPU)

• ALU, Clock Circuit, Timers

• Pins : GPIO, ADC, PWM

• Communication : UART, SPI, I2C, Parallel

• Development Boards Introduction

Embedded System Programming

• ASM Programming Introduction

• Embedded C / C++ (Arduino Template)

  • Data Types, Variables

  • Functions

  • Arduino Libraries

  • Compilation

• MicroPython

  • Firmware update

  • Data Types, Variables, Keywords

  • Methods

  • Iterations

  • Micropython libraries

Interfacing with physical World

• Sensor Interfacing

• Actuator Interfacing

• Communication Protocols

• 4 Mini Project (Both in C/C++ & MicroPython)

IoT Development

IoT Protocol & Platform

• Link Layer Protocol : Wi-Fi, Bluetooth, RFID

• Application Layer : HTTP, MQTT, CoAP

• IoT Communication API

• Different IoT Platforms.

• Strengths and Limitation of different platforms

• Dashboard setup (Graphene, Node-Red)

• Mini Project

Build and Deploy. (Major Projects)

• Designing end point Embedded System.

• Interfacing Sensors and actuators to microcontroller.

• Communication between the host and Cloud Platform.

• Data Visualization.

• Controlling the devices over the internet via Host.