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OVERVIEW
Learn IoT Project Development today
The IoT Project Development Internship Course offers hands-on experience in building real-world Internet of Things (IoT) applications. Participants will learn the fundamentals of IoT, including sensor integration, microcontroller programming, and cloud connectivity. The course focuses on designing and developing end-to-end IoT projects, from concept to implementation, while utilizing platforms like Arduino, NodeMCU, and Raspberry Pi. Ideal for students and professionals looking to gain practical skills and knowledge in the growing field of IoT.
Protocols
Server
Micro-controllers
Sensors
Course Curriculum
Discover our comprehensive Web Development course curriculum, designed to provide in-depth knowledge and practical skills.
Introduction to IoT
- Overview of IoT concepts and applications
- Understanding IoT architecture and components
Setting Up Your IoT Environment
- Installing Arduino IDE and necessary libraries
- Introduction to IoT development boards (ESP8266/ESP32)
Basics of Networking
- Introduction to networking concepts: IP addresses, HTTP, and MQTT
- Understanding client-server model in IoT
Getting Started with Wi-Fi Modules
- Overview of Wi-Fi modules (e.g., ESP8266/ESP32)
- Connecting your Wi-Fi module to the Arduino IDE
Connecting to Wi-Fi
- Writing a sketch to connect your board to a Wi-Fi network
- Using the Serial Monitor to debug connection issues
Sending Data Over HTTP
- Introduction to HTTP requests (GET and POST)
- Sending data from Arduino to a web server using HTTP
Review and Mini Project
- Review of the week’s concepts
- Mini project: Create a simple web server to display sensor data
Introduction to MQTT
- Understanding MQTT protocol and its use in IoT
- Setting up an MQTT broker (e.g., Mosquitto)
Connecting to an MQTT Broker
- Writing a sketch to connect to an MQTT broker
- Publishing and subscribing to MQTT topics
Handling Sensor Data
- Connecting and reading data from sensors (e.g., temperature, humidity)
- Formatting and sending sensor data over MQTT
Data Storage Solutions
- Introduction to data storage options: SD cards, cloud services
- Logging data to an SD card with Arduino
Cloud Integration Basics
- Overview of popular cloud platforms (e.g., ThingSpeak, Blynk, Adafruit IO)
- Setting up an account and integrating with Arduino
Sending Data to the Cloud
- Writing a sketch to send data from Arduino to a cloud platform
- Visualizing data on the cloud dashboard
Review and Intermediate Project
- Review of concepts from the week
- Mini project: Build a weather monitoring system that sends data to the cloud
Introduction to IoT Security
- Understanding IoT security basics and best practices
- Implementing basic security measures (e.g., HTTPS, API keys)
Working with Actuators
- Introduction to actuators (e.g., motors, relays)
- Controlling actuators from IoT devices
Home Automation Basics
- Understanding home automation concepts
- Setting up and controlling home devices (e.g., lights, appliances)
Building an IoT Home Automation System
- Creating a project to control home devices remotely via a web interface or mobile app
Introduction to Edge Computing
- Overview of edge computing and its role in IoT
- Implementing basic edge computing concepts with Arduino and IoT devices
Integrating Multiple Sensors
- Combining multiple sensors in a single IoT project
- Managing and visualizing complex sensor data
Review and Complex Project
- Review of concepts from the week
- Mini project: Create a multi-sensor system with remote monitoring and control
Advanced Cloud Services
- Exploring advanced features of cloud services (e.g., real-time data, analytics)
- Implementing advanced cloud integration with Arduino
Introduction to Machine Learning in IoT
- Overview of machine learning concepts and their application in IoT
- Basic example of integrating machine learning with Arduino
Building an IoT Dashboard
- Designing and creating a custom dashboard to display and control IoT devices
- Using tools like Node-RED or custom web interfaces
Working with IoT Protocols
- Exploring additional IoT protocols (e.g., CoAP, LwM2M)
- Implementing these protocols in Arduino projects
Final Project Planning
- Designing and planning a comprehensive final project
- Examples: Smart garden, security system, environmental monitoring
Final Project Build
- Building and testing your final IoT project
- Troubleshooting and refining the project
Final Project Presentation and Review
- Presenting your final project
- Reviewing the entire course material
- Discussing further learning paths and advanced topics
Meet our team of creative experts
Meet the talented and creative minds behind our work. Our mentors bring a wealth of experience and a passion for innovation to every mentorship course.
Mr. Pushpraj
IOT
Anand Vijay
Robotics
Sparkovation Hub
Upon successfully completing this course, you will receive a certificate of completion that helps potential employers assess your proficiency.
Pricing Plans
LExperience the premium features at an affordable price. Get industrial experience, 10+ live working projects and mentorship from top 1 percentile mentors and much more. Choose the plan that suits your needs and take your practical and outcome based learning to the next level. Join today and lead tomorrow.
Internship Plan
₹999
Certificate for Course Completion
4 minor projects + 1 major projects
6 Months LMS Access
Course Certificate
24+ hours of video content access