Course Includes:
- Mode: Offline\Online
- Language: English\Hindi
- Certificate: Yes
- Project Certificate: Yes
Course Description
The Internet of Things (IoT) is a revolutionary concept that involve connecting everyday objects to the internet, allowing them to collect and share data. Equipped with sensors and communication interfaces, IoT devices enable seamless interactions, generating real-time information for enhanced efficiency. From smart homes to industrial processes, IoT transforms diverse sectors, optimizing decision-making and automating tasks. IoT's influence extends across industries, promising a more intelligent and connected world, where data-driven insights reshape how we live and work.
Week 1: Introduction to IoT and Embeded System
Day 1-2: Introduction to IoT:-
- What is IOT?
- Network Architecture.
- Device Architecture
- Embeded System
Day 3-4
- Software and Hardware used in IoT
- Introduction to Arduino IDE
- Basic Electronics Components ( Led, Resistor, Diode, Transistor , Relay, Capacitor)
- Using Multi meter and reading circuit diagram
Day 5-6
- What is Arduino & ESP8266?
- History of Arduino & ESP8266
- Comparison between Arduino and ESP8266
- Glow the LED
- Using Push button as switch
Week 2 : Programming Basic for Arduino IDE
Day 1-2
- Basics of Arduino sketches (programs)
- Understanding the structure of an Arduino sketch
- Variable and data type
- Declaring and using variables in sketches
Day 3-4
- Conditional statements (if, else)
- Looping structures (for, while)
- Switch statement
- Practical examples and exercises
Day 5-6
- Functions
- Passing parameters to functions
- Writing modular and reusable code
- Overview of Arduino libraries
Week 3:-Communication Protocols
Day 1-3 (Wireless) with practical exercise
- SPI
- USART
- I2C
Day 3-4 (Networking Protocols)
- TCP/IP/Ethernet
Day 5-7 (Modules)
- RF
- Bluetooth
- Wi-Fi
Week 4:- Introduction to Node –MCU (ESP8266)
Day 1-2
- Programming using Arduino IDE ( LED blink)
- Program to read Temperature sensor (DHT11)
- Program to read Ultrasonic Sensor
Day 3-4
- Final Project using Node MCU as IOT platform
Day 5-6
Final Project Presentation
4 Week Course Content
+
Week 5: Introduction to Arduino cloud service
Day 1-2
- Getting started with Arduino cloud
- Making template
- Controlling led using Arduino cloud platform
Day 3-4
- Temperature monitoring system using ESP8622 and DHT11 and Arduino cloud
- Controlling Ac devices using cloud service and relay module
Day 5-6
- Building a IOT based project
Week 6: Introduction to Raspberry Pi
Day 1-2
- Getting familiar with hardware
- Installing operating system on the board
- Using GPIO pins on board
Day 3-4
- Basic introduction to Linux OS
- Using terminal
- Installing libraries using terminal
- Making LED blink Program
Day 5-6
- Make a project based on Raspberry pi
IoT is a network of interconnected devices that communicate and share data. Learning about IoT is crucial as it underlies the technology shaping our increasingly connected world, influencing industries and daily life.
While prior programming knowledge is beneficial, this course is designed for beginners. It covers fundamental programming concepts necessary for understanding and implementing IoT applications.
The course provides hands-on experience, covering essential IoT components such as sensors, communication protocols, and cloud integration. This practical knowledge is directly applicable to real-world IoT project development.
Absolutely. The course explores diverse IoT applications, making the skills acquired applicable across various industries, including healthcare, manufacturing, smart cities, and more.
Basic hardware requirements will be outlined in the course materials. Participants can acquire the necessary components from local electronics stores or online platforms.
Yes, participants will have access to course materials, including presentations, code samples, and additional resources for future reference.
Basic understanding of programming and a curiosity about the IoT landscape will be beneficial.
Yes, the course includes discussions on emerging trends like edge computing, AI integration, and energy efficiency, ensuring participants are informed about the latest developments in IoT.
The skills acquired in this course align with the increasing demand for IoT expertise. Participants can apply this knowledge to pursue careers in IoT development, consulting, or contribute to innovative projects within their current roles.
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