Published 11/2024
Created by EDUCBA Bridging the Gap
MP4 | Video: h264, 1280x720 | Audio: AAC, 44.1 KHz, 2 Ch
Genre: eLearning | Language: English | Duration: 61 Lectures ( 5h 44m ) | Size: 2.31 GB
Unlock the full potential of IoT with AWS and Raspberry Pi—build smart, connected systems from scratch!
What you'll learn
Introduction to IoT and AWS IoT Services: Understand the fundamentals of IoT, AWS IoT Core, and the key components needed to build connected solutions.
Setting Up IoT Infrastructure: Learn how to create and configure AWS IoT accounts, connect devices securely using protocols like MQTT and HTTP.
Programming with MQTT: Master MQTT protocol for real-time data transmission, write Python programs for IoT applications, and enable seamless communication.
Hands-on Raspberry Pi Projects: Get hands-on experience with Raspberry Pi, learning to set up, program, and control IoT hardware like LEDs, sensors, and more.
Cloud Integration with AWS IoT: Discover how to integrate Raspberry Pi with AWS IoT services, set up IoT 'Things', manage certificates.
Building Smart IoT Solutions: Gain practical experience by creating a real-world Smart Parking System using Raspberry Pi, AWS IoT, and sensor technologies.
Data Insights and Batch Processing: Explore techniques for analyzing IoT data, batch processing for large-scale IoT deployments, and visualizing real-time data.
Advanced IoT Programming: Dive deeper into IoT programming by implementing advanced Python scripts for sensor data handling, device management.
Requirements
Basic Understanding of Networking: Knowledge of networking concepts such as IP addresses, protocols (HTTP, TCP/IP, MQTT), and secure communication (TLS/SSL) will be helpful, but not essential.
Basic Programming Knowledge: A foundational understanding of programming concepts, preferably in Python, will be beneficial for programming Raspberry Pi and IoT devices.
Familiarity with Cloud Computing Concepts: Basic knowledge of cloud computing principles, especially cloud services such as AWS, will assist students in understanding AWS IoT Core and related cloud components.
Hardware (Raspberry Pi): Students will need access to a Raspberry Pi (preferably Raspberry Pi 3 or later), including accessories such as power supply, SD card, display, and internet connectivity.
AWS Account: An active AWS account is required to access AWS IoT services. AWS offers a free tier, but students may need to provide billing information for certain services beyond the free usage.