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AWS IoT

The Hobbyists Guide to Home Automation

4.5 Filled star Filled star Filled star Filled star Half star
Based on 281 ratings
see reviews
Nathan Glover

AWS IoT Core is rapidly looking to become the industry leader in Management & Orchestration of Internet of Things (IoT) devices for both the home, small business and enterprise marketplaces.

When you think about the tight integration it has with all other offerings through AWS Its hard not to see the immense benefits of managing an Infinite number of devices in the cloud.

In this course you'll learn all the offerings that AWS IoT Core and much more.

Read more

AWS IoT Core is rapidly looking to become the industry leader in Management & Orchestration of Internet of Things (IoT) devices for both the home, small business and enterprise marketplaces.

When you think about the tight integration it has with all other offerings through AWS Its hard not to see the immense benefits of managing an Infinite number of devices in the cloud.

In this course you'll learn all the offerings that AWS IoT Core and much more.

  • Raspberry Pi - You'll learn to take your Raspberry Pi and turn it into an IoT hub, bridging the AWS IoT Cloud services with your home network.
  • ESP32 Micro-controller - If you have access to an ESP32, you'll learn how to connect it up to AWS IoT Core
  • PlatformIO - Develop for any embedded system using one code base. Make use of PlatformIO's Unified development environment to write once, deploy to thousands
  • AWS Lambda - Learn to connect Cloud Functions to your AWS IoT sensor flows, and perform analytics at the Edge
  • Node-RED - Make use of Node-RED's incredible Flow control system and develop complex data paths using easy to understand; drag and drop techniques.
  • Slack Bot - You'll create a Slack bot that will send you alerts in realtime about changes to the data coming from your sensors.
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What's inside

Learning objectives

  • Build an aws iot deployment strategy for thousands of sensors
  • Raspberry pi full deployment aligning to good security practices
  • Embedded software development for the esp32
  • Develop python services to interact with aws iot
  • Use mqtt to publish / subscribe to cloud brokers
  • Use node-red flows to design interactive data routes and alerts
  • Build and deploy a working slack chatbot that will alert about data events

Syllabus

Introduction & Setup
AWS IoT - Introduction
Windows / MacOS - Setup and Usage
Resources - Sample Code & Lecture Slides
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Traffic lights

Read about what's good
what should give you pause
and possible dealbreakers
Uses Raspberry Pi and ESP32 microcontrollers, which are popular among hobbyists for their versatility and affordability in IoT projects
Employs Node-RED, which simplifies the creation of complex data flows through its drag-and-drop interface, making it accessible to beginners
Integrates with Slack, enabling users to receive real-time alerts from their IoT devices, enhancing the practicality and user experience of home automation systems
Covers PlatformIO, offering a unified development environment that streamlines the process of coding and deploying to various embedded systems, which is useful for diverse projects
Requires users to set up and configure hardware components like Raspberry Pi and ESP32, which may present a challenge for individuals with limited electronics experience
Relies on AWS IoT Core, which, while powerful, may introduce a learning curve for users unfamiliar with cloud services and AWS ecosystem

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Reviews summary

Practical aws iot for home automation

According to learners, this course provides a solid introduction to using AWS IoT for home automation projects. Many students found the hands-on labs involving Raspberry Pi and ESP32 to be particularly practical and engaging, helping them apply concepts directly. The sections covering core components like MQTT and tools like Node-RED are often highlighted as clear and useful. However, some reviewers note that the initial setup can be challenging and time-consuming, potentially requiring troubleshooting due to evolving AWS console interfaces or library versions. Despite occasional friction with outdated elements, the course is generally seen as a valuable resource for hobbyists looking to connect devices to the cloud.
Node-RED section is particularly useful.
"The Raspberry Pi and Node-RED sections were very practical."
"Node-RED part was helpful..."
"Making use of Node-RED's incredible Flow control system... was easier than I expected thanks to the clear instruction."
"The Node-RED dashboard setup was a fantastic way to visualize the sensor data."
Explanations of fundamental concepts are solid.
"The explanation of MQTT was very clear."
"Solid introduction. Covers the key components well."
"Really helped solidify my understanding of the asynchronous nature and core principles..."
"Found the explanations of AWS IoT Core policies and security best practices to be particularly helpful."
Emphasis on practical projects and real hardware.
"Great course for getting started with AWS IoT and home automation. The Raspberry Pi and Node-RED sections were very practical. I built a simple sensor project using the concepts."
"Highly recommend for hobbyists! Walked me through connecting my Pi and building a small system... Projects are well-explained."
"The hands-on activities are the best part; I learned so much by actually wiring things up and coding."
"I really appreciated being able to integrate my ESP32 with AWS IoT Core by following the step-by-step demos."
AWS changes require checking for updates.
"the AWS console UI has changed since the videos were made, causing confusion."
"Could use more depth on security or advanced topics, and some sections feel slightly outdated."
"Be prepared to search documentation for current AWS interface details."
"Some dependency issues arose likely due to newer library versions vs. course content."
Getting everything configured takes time and effort.
"Some setup steps were a bit fiddly but manageable."
"Setup was painful, spent hours debugging... Felt like some software versions were out of date."
"I had some issues with library versions but figured it out."
"Spent most of my time troubleshooting setup issues rather than learning AWS IoT."

Activities

Be better prepared before your course. Deepen your understanding during and after it. Supplement your coursework and achieve mastery of the topics covered in AWS IoT: The Hobbyists Guide to Home Automation with these activities:
Review Basic Python Syntax
Reviewing Python syntax will help you understand the Python scripts used to interact with AWS IoT and Raspberry Pi.
Browse courses on Python Syntax
Show steps
  • Read a Python tutorial covering basic syntax, data types, and control flow.
  • Write and execute simple Python scripts to practice the concepts.
Brush up on MQTT Protocol
Understanding MQTT is crucial for publishing and subscribing to data streams in AWS IoT Core.
Show steps
  • Read about the MQTT protocol and its publish-subscribe model.
  • Explore MQTT client libraries and brokers.
  • Experiment with sending and receiving messages using a test MQTT broker.
AWS IoT Core Developer Guide
Reviewing the AWS IoT Core Developer Guide will provide a deeper understanding of the platform's capabilities.
View Putting Knowledge to Work on Amazon
Show steps
  • Read the sections on device management, security, and data processing.
  • Explore the API documentation and code examples.
Four other activities
Expand to see all activities and additional details
Show all seven activities
Follow a Raspberry Pi GPIO Tutorial
Following a tutorial will help you learn how to interface with sensors and actuators using Raspberry Pi's GPIO pins.
Show steps
  • Find a tutorial that covers basic GPIO operations with Python.
  • Connect an LED or button to the Raspberry Pi's GPIO pins.
  • Write Python code to control the LED or read the button state.
Internet of Things with Raspberry Pi 3
Reading this book will provide practical examples of using Raspberry Pi in IoT applications.
View Putting Knowledge to Work on Amazon
Show steps
  • Read the chapters on sensor integration and cloud connectivity.
  • Try out the code examples and adapt them to your own projects.
Document Your Home Automation Setup
Documenting your setup will help you retain knowledge and share your experience with others.
Show steps
  • Describe your home automation project, including the hardware and software components.
  • Explain the steps you took to set up AWS IoT Core, Raspberry Pi, and ESP32.
  • Include diagrams and code snippets to illustrate your setup.
  • Publish your documentation on a blog or online forum.
Build a Simple Sensor Data Logger
Building a data logger will solidify your understanding of AWS IoT Core, Raspberry Pi, and sensor integration.
Show steps
  • Connect a sensor (e.g., temperature, humidity) to a Raspberry Pi.
  • Write Python code to read sensor data and publish it to AWS IoT Core using MQTT.
  • Create an AWS IoT rule to store the sensor data in a database (e.g., DynamoDB).
  • Visualize the sensor data using a dashboard (e.g., Grafana).

Career center

Learners who complete AWS IoT: The Hobbyists Guide to Home Automation will develop knowledge and skills that may be useful to these careers:
IoT Developer
An IoT Developer builds and maintains Internet of Things applications, a role which this course is perfect for. The course provides hands-on experience with core IoT technologies such as Raspberry Pi, ESP32 and AWS IoT Core. The emphasis on using MQTT, Python, and Node-RED is directly relevant to the work of an IoT Developer. Additionally, the course also covers how to connect devices to cloud services and how to perform analytics at the edge using AWS Lambda. The course also covers the creation of a Slack bot that sends alerts about sensor data, which is a key component of many IoT applications. This course will aid an aspiring IoT developer learn every facet of the field.
See salaries and explore the career path for IoT Developer
IoT Solutions Architect
An IoT Solutions Architect designs and implements Internet of Things systems, and this course helps build a foundation of knowledge for this career track. The course covers core components of IoT architecture including cloud integration, embedded device management, and data flow design, as well as specific technologies essential to success. The hands-on experience with Raspberry Pi, ESP32, and AWS IoT Core directly translates to building real-world systems. The course’s emphasis on MQTT, Node-RED, and AWS Lambda provides essential skills for designing data routes and performing computations at the edge, which is a key component of many IoT Architectures. Learning to develop a Slack bot for alerts also gives an understanding of notification systems. This course is a perfect starting point to understand the entire ecosystem of an IoT project.
See salaries and explore the career path for IoT Solutions Architect
Embedded Systems Engineer
An Embedded Systems Engineer develops the software that runs on devices like microcontrollers. This course may be useful for this role due to its focus on embedded development using ESP32 microcontrollers and PlatformIO. The curriculum also covers how to connect devices to the cloud via AWS IoT Core, a key component in modern embedded systems. The course teaches the use of MQTT for communication and certificate authentication for security which are standard practices in the creation of embedded systems. The course's instruction on creating and deploying JSON payloads on the ESP32 is directly applicable to the work that an embedded systems engineer does. The use of Cloud services like AWS Lambda are increasingly being used in embedded systems to push computations to the edge.
See salaries and explore the career path for Embedded Systems Engineer
Cloud Engineer
A Cloud Engineer is responsible for the design and management of cloud infrastructure and this course greatly helps to build skills in this field. The course focuses on using AWS IoT Core to manage and orchestrate IoT devices, and this experience directly translates to designing cloud architectures. The integration of AWS Lambda, Node-RED, and cloud based message brokers gives a great introduction to creating complex data flows. The course’s practical approach to connecting devices to the cloud and working with data pipelines also provides valuable skills for cloud engineers working with IoT solutions. The use of AWS Lambda and Node-RED are crucial tools which cloud engineers often use.
See salaries and explore the career path for Cloud Engineer
Automation Engineer
An Automation Engineer designs, develops, and implements automated systems, and this course helps to build many of the required skills. The course’s focus on integrating various technologies like Raspberry Pi, ESP32, and AWS IoT Core provides a great foundation in creating automated systems, particularly those involving IoT devices. The use of PlatformIO to create a unified development environment will be invaluable for any automation project. The courses use of Node-RED to design data flows is directly applicable to this role as is creating Lambda functions. The course also covers the use of MQTT and certificate authentication which are key components of creating a secured automation system.
See salaries and explore the career path for Automation Engineer
Data Engineer
A Data Engineer builds and maintains the infrastructure for data analysis, and this course may help a learner start in this role. The course's focus on the flow of data from sensors to the cloud, and the use of AWS Lambda for edge analytics, are directly applicable to Data Engineering practices. The course covers the use of Node-RED to create data pipelines, which is a fundamental skill in data engineering. The course teaches also MQTT, a common protocol used for data transmission. The course's emphasis on the full data lifecycle from sensor to analytics gives the learner an introduction to many of the essential technologies that data engineers use.
See salaries and explore the career path for Data Engineer
Robotics Engineer
A Robotics Engineer designs, builds, and tests robots and automated systems. While this course does not directly focus on robotics, it may be useful due to its instruction on embedded systems, cloud connectivity, and sensor data processing. The course focuses on the use of devices such as the Raspberry Pi and ESP32 for data sensing which also has applications in robotics research. The course's instruction on MQTT and AWS IoT Core are also applicable to tasks within robotics. Additionally, the course’s emphasis on using Node-RED to visualize data and create data paths is applicable to robotics research. By understanding data and embedded systems this course could help with the sensor and control components of robotics.
See salaries and explore the career path for Robotics Engineer
Network Engineer
A Network Engineer designs, implements, and maintains computer networks. This course may be useful for network engineers seeking to specialize in IoT due to its focus on cloud and device connectivity. The course covers the integration of devices such as the Raspberry Pi and ESP32 with cloud services, and the use of MQTT for communication. The course also covers secure communication with certificate authentication. Furthermore the courses instructions on setting up connections between sensors and the cloud will give a strong understanding of network topologies. Though not a primary focus, the course does give hands on experience with many network protocols.
See salaries and explore the career path for Network Engineer
Technical Consultant
A Technical Consultant provides guidance and expertise on technology solutions, and this course may be useful. The course presents an overview of different IoT technologies, including Raspberry Pi, ESP32, AWS IoT Core, Node-RED, and AWS Lambda, which are key concepts for technical discussions in IoT spaces. The course also provides practical experience with building an IoT system by connecting devices and creating data flows. This will give the learner first hand experience in the field. The course's instruction on AWS and serverless technologies helps to build a more complete technology stack knowledge base.
See salaries and explore the career path for Technical Consultant
Systems Analyst
A Systems Analyst evaluates and improves computer systems, and this course may be useful. The course provides an overview of how different technologies work together in an IoT context, from devices to the cloud. The practical experience gained with Raspberry Pi, ESP32, and AWS IoT Core allows a deeper understanding of the system components. The course’s approach to data and cloud management as well as using MQTT as a protocol will aid in the analysis of other systems. The focus on system design, data flow, and process automation is useful for a systems analyst.
See salaries and explore the career path for Systems Analyst
Software Developer
A Software Developer writes and maintains code for applications, and this course will be useful for those specializing in IoT. The course's focus on Python, Javascript for AWS Lambda, PlatformIO for embedded systems development and the creation of a slack bot gives a great introduction to different programming paradigms. The course also provides valuable hands-on experience integrating with cloud service. The course’s instruction on data handling from sensor to cloud will also aid software development. This course will build a foundation of understanding of how applications connect to the physical world through sensors and IoT devices.
See salaries and explore the career path for Software Developer
Technical Trainer
A Technical Trainer provides instruction on various technologies and this course may be useful. The course provides a great introduction to the technologies which can be taught including AWS IoT Core, Lambda and message brokers like MQTT. The course’s hands-on approach and the wide range of technologies covered will allow the learner to become proficient in a variety of topics to teach. This course will provide hands-on experience using the different technologies associated with IoT which will be critical to teach other learners.
See salaries and explore the career path for Technical Trainer
IT Project Manager
An IT Project Manager oversees technology projects, and this course may be useful as they may need to manage projects with IoT scope. The course provides an overview of the various components of an IoT projects, from embedded devices to cloud services to application development. The course's practical approach will also give a solid understanding of the processes of these kind of projects. The hands-on experience of connecting different devices, and creating data routes, gives a valuable perspective on the complexities of IoT projects. Using tools like Node-RED and different coding languages will give a better understanding of the project costs and time frames.
See salaries and explore the career path for IT Project Manager
Research Scientist
A Research Scientist conducts experiments and analyzes data to explore and understand complex phenomena, and this course may be useful for them to learn to utilize IoT and sensor technologies. The focus on connecting physical sensors to the cloud will help researchers use IoT to collect data. The course's hands-on approach will also be useful to gain an understanding for building data collection systems. Learning to use Node-RED and AWS Lambda can be beneficial to scientists looking to automate data collection and processing. This course will allow researchers to expand their research methods.
See salaries and explore the career path for Research Scientist
Hardware Engineer
A hardware engineer designs, develops, and tests physical devices and systems. While this course focuses primarily on the software and cloud integration aspects that surround IoT, it may be useful for this role due to its content on microcontrollers and sensor integration. The course’s focus on the ESP32 microcontroller could provide hardware engineers with a better understanding of the integration between hardware and software. While the course is not focused on hardware design, it will also allow learners to test the functionality of the hardware they design.
See salaries and explore the career path for Hardware Engineer

Reading list

We've selected one books that we think will supplement your learning. Use these to develop background knowledge, enrich your coursework, and gain a deeper understanding of the topics covered in AWS IoT: The Hobbyists Guide to Home Automation.
Cover image
Putting Knowledge to Work
Save
Is the official AWS documentation for AWS IoT Core. It provides a comprehensive overview of all the features and services offered by AWS IoT Core. It valuable reference for understanding the underlying concepts and best practices for building IoT solutions on AWS. This book is best used as a reference tool.
Putting Knowledge to Work
Paperback
Check
Putting Knowledge to Work
Kindle Edition
Check

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Rating
4.5 Filled star Filled star Filled star Filled star Half star
Effort
2 total hours
Via
Udemy
Instructor
Nathan Glover
Language
English
Traffic lights
Read about what's good
what should give you pause
and possible dealbreakers
Uses Raspberry Pi and ESP32 microcontrollers, which are popular among hobbyists for their versatility and affordability in IoT projects
Employs Node-RED, which simplifies the creation of complex data flows through its drag-and-drop interface, making it accessible to beginners
Integrates with Slack, enabling users to receive real-time alerts from their IoT devices, enhancing the practicality and user experience of home automation systems
Covers PlatformIO, offering a unified development environment that streamlines the process of coding and deploying to various embedded systems, which is useful for diverse projects
Requires users to set up and configure hardware components like Raspberry Pi and ESP32, which may present a challenge for individuals with limited electronics experience
Relies on AWS IoT Core, which, while powerful, may introduce a learning curve for users unfamiliar with cloud services and AWS ecosystem
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