ESP32 and Internet of Things For Absolute Beginners from Udemy

"With the right tools and guidance, I believe anyone can learn and master technology. That's why I offer 50% of the videos from all my courses as free previews. Feel free to watch them and enroll only if you believe the course is a good fit for you."

I hope you'd like this transparency. "

Are you trying to study IoT with ESP32?

Are you getting confused with all the hardware and software stuffs?

Learning IoT with ESP32 can be sometimes confusing because of the lots of different esp32 boards available out there. Moreover there are tons of different arduino libraries for various purposes which simply confuses a new learner. Even experienced people struggle in experimenting with ESP32 and IOT

Stop Struggling to understand ESP32

I’ve created a course which will enable you to learn and experiment with ESP32 in a very easy way

I firmly believe that anyone regardless of their education and skills can not only learn but excel in experimenting with IoT including all the hardware and software skills.

"What is there to loose if you enroll in this bestseller course? You have a 30 day Full Money Back Guarantee, enroll now and start experimenting on IoT"

Hi, My name is Amit Rana, I’m an engineer, programmer and trainer

I have created "ESP32 and Internet of Things For Absolute Beginners" to help you learn IoT with ESP32 within arduino environment.

If you’ve always wanted to

Start or shift your career in Embedded Systems or Internet of things
Get better in your existing work
Kick start your next dream IoT startup
Start your own blog and youtube channel, probably online course on this ever growing industry

… then this course is specially for you.

This course is specially created for beginners in electronics hardware and cloud technologies.

IoT is interconnecting various things and devices to send and receive data from internet enabling variety of applications

In this program, there are number of different aspects of IoT that we’re going to study

First, we’ll understand the basics of IoT and what are the different hardware and software platforms needed for it

We’ll then use ESP32 pi as our controller for this course and see how we can make it up and running. You'll study which esp32 board is right for you which is universally available and dependable to be used in industrial projects. Then you'll study the pinout and how to use esp32 inside arduino IDE. Next, we'll see how to write C programs within arduino environment for esp32 for various interfaces like relays and sensors.

Once we get confident about experimenting with ESP32, we’ll then explore IoT with Thingspeak and Adafruit IO and finally try some projects including a full project on alexa integration.

"What is there to loose if you enroll in this bestseller course? You have a 30 day Full Money Back Guarantee, enroll now and start experimenting on IoT"

In This Course, you'll learn

Basics

What is IoT and why learning it is important
What is ESP32 and which board to use?
How to implement IoT, what are the required softwares and hardware for IoT
Introduction to C programming for ESP32
Understand the pinout
Interfacing of various sensors and output devices with ESP32
C programming to control home appliances and read sensors

IO Interfaces

LEDs, Switches Interfacing
Transistor and Relay Interfacing
AC Switching Circuits
Capacitive touch input and digital input
DHT22 Temperature and Humidity Sensor Interfacing

Internet of Things

What is IoT?
Different Hardware's used for IoT
Communication Protocols used for IoT
Use cases

Thingspeak

Creating account on thingspeak
Use HTTP requests to send data
Send data from ESP32 to thingspeak
Visualizations in ESP32
Analytics and Alerts in thingspeak

Adafruit IO

Deeper understanding of what is MQTT protocol
What are mqtt topics
Adafruit IO feeds, dashboards
Using adafruit IO for creating IoT project using MQTT protocol
Complete Home automation project using Raspberry pi and Adafruit IO

Alexa Integration

Understanding IFTTT
Integrating IFTTT with adafruit IO
Connecting Alexa to IFTTT
Lamp Control using Custom Alexa Voice Command

What this course will do for you?

Give you a clear understanding of what is IoT?
Take you from a complete fresher to an experienced ESP32 programmer
Understand IoT protocols
Design your IoT systems

Who Should Enroll?

Complete Beginners into IoT and ESP32
People who understand little in IoT and want to learn making projects
Freshers as well as experienced one's

This course is specially created for beginners in electronics hardware and cloud technologies.

I have been training and developing from past 10 years. With more than 50000 students trained across 150 countries, you can be assured that you’re in a good company. What’s more, there is always a 30 day money back guarantee so you’re safe about investing your money into this course.

What's inside

Learning objectives

Esp32 soc and development board
C coding for esp32
Why esp32 is preferred for iot
Gpio and sensor interfacing with esp32

Iot protocols with esp32 : http and mqtt
Using cloud platforms for iot projects
Complete automation project
Circuit design guidelines for integrating esp32 in your project / product

Esp32 soc and development board
C coding for esp32
Why esp32 is preferred for iot
Gpio and sensor interfacing with esp32
Iot protocols with esp32 : http and mqtt
Using cloud platforms for iot projects
Complete automation project
Circuit design guidelines for integrating esp32 in your project / product

Syllabus

Understand various ESP32 Boards, which one to use, why and start using it inside arduino Enviornment

Course Introduction and Agenda

About Taking This Course

Use this in the preferences of Arduino for adding additional board, as shown in video

https://dl.espressif.com/dl/package_esp32_index.json

Traffic lights

Read about what's good

what should give you pause

and possible dealbreakers

Provides a solid introduction to the basics of IoT, including hardware platforms, communication protocols, and use cases, which is essential for beginners

Covers the essentials of using ESP32 within the Arduino environment, which is a practical skill for embedded systems and IoT development

Explores cloud platforms like Thingspeak and Adafruit IO, which are commonly used in IoT projects for data visualization and analytics

Includes a complete home automation project using Raspberry Pi and Adafruit IO, offering a hands-on experience in building IoT solutions

Teaches interfacing various sensors and output devices with ESP32, which is a fundamental skill for building IoT applications

Requires learners to use the Arduino IDE, which may necessitate familiarity with C programming concepts, potentially posing a challenge for absolute beginners

Reviews summary

Beginner-friendly esp32 and iot

According to the course description, this program is designed for absolute beginners aiming to learn Internet of Things (IoT) using ESP32 in the Arduino environment. Learners can expect a hands-on approach covering ESP32 basics, sensor interfacing, and key IoT protocols like HTTP and MQTT. The course promises to guide students through practical projects including setting up data platforms like ThingSpeak and Adafruit IO, culminating in a home automation project and Alexa integration. While promising to take students from fresher to experienced, the topic itself can present challenges like hardware setup and debugging.

Specific ESP32 board and components are needed.

"Components / Materials needed for this course are listed."

"You'll study which esp32 board is right for you which is universally available."

"Requires interfacing with relays, sensors, LEDs, switches, etc."

Involves C programming within Arduino IDE.

"Introduction to C programming for ESP32 is covered."

"You'll study how to write C programs within arduino environment for esp32."

"Writing code to control home appliances and read sensors is a learning objective."

Designed for learners new to IoT and ESP32.

"The course description says it is specially created for beginners in electronics hardware and cloud technologies."

"It aims to take you from a complete fresher to an experienced ESP32 programmer."

"I was completely new to this field, and the explanations seem tailored for someone starting out."

Features hands-on projects like home automation.

"Includes interfacing various sensors and output devices with ESP32."

"You'll study IoT with Thingspeak and Adafruit IO and finally try some projects."

"A full project on Alexa integration for lamp control is covered."

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 ESP32 and Internet of Things For Absolute Beginners with these activities:

Review C Programming Fundamentals

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Strengthen your understanding of C programming concepts, which are essential for programming the ESP32 within the Arduino environment.

Browse courses on C Programming

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Review basic syntax and data types.
Practice writing simple programs.
Study pointers and memory management.

Explore 'Internet of Things with ESP32'

Show steps

Expand your knowledge of IoT concepts and applications with a dedicated book.

View Internet of Things with ESP8266 on Amazon

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Read chapters on communication protocols.
Study the security aspects of IoT.
Implement example projects from the book.

Review 'Programming ESP32 with Arduino'

Show steps

Deepen your understanding of ESP32 programming with a dedicated resource.

View Putting Knowledge to Work on Amazon

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Read the introductory chapters on ESP32 setup.
Work through the example projects.
Experiment with different code snippets.

Four other activities

Expand to see all activities and additional details

Show all seven activities

Practice Interfacing Sensors

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Reinforce your skills by repeatedly practicing interfacing different sensors with the ESP32.

Show steps

Interface with a temperature sensor.
Interface with a humidity sensor.
Interface with a pressure sensor.

Follow Online Tutorials on Adafruit IO

Show steps

Enhance your skills in using Adafruit IO for IoT projects by following step-by-step tutorials.

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Find tutorials on Adafruit's website.
Create an Adafruit IO account.
Implement a project using MQTT protocol.

Build a Simple Weather Station

Show steps

Apply your knowledge by building a practical project that integrates sensor interfacing, Wi-Fi connectivity, and data visualization.

Show steps

Connect a DHT22 sensor to the ESP32.
Write code to read temperature and humidity.
Send data to a cloud platform like ThingSpeak.
Visualize the data on a dashboard.

Document Your IoT Projects

Show steps

Solidify your understanding by documenting your projects, including code, schematics, and explanations.

Show steps

Create a repository on GitHub.
Write detailed documentation for each project.
Include schematics and wiring diagrams.

Career center

Learners who complete ESP32 and Internet of Things For Absolute Beginners will develop knowledge and skills that may be useful to these careers:

Internet of Things Engineer

An Internet of Things Engineer designs, develops, and implements IoT solutions, often working with hardware and software components to create interconnected systems. This course, with its focus on ESP32 microcontrollers, various sensors and output devices, and cloud platforms like Thingspeak and Adafruit IO, helps build a foundation for a career as an Internet of Things Engineer. A key aspect of this role involves understanding communication protocols, which this course covers by exploring HTTP and MQTT. Additionally, the course provides practical experience in creating IoT projects, some of which involve Alexa integration, which is very relevant to the kind of work that an IoT Engineer does.

See salaries and explore the career path for Internet of Things Engineer

Embedded Systems Engineer

Embedded Systems Engineers develop the hardware and software for devices that are not general-purpose computers, like the ESP32 based systems this course explores. This course helps those who wish to work as Embedded Systems Engineers by having all the fundamentals of embedded systems work, including hardware interfacing, C programming, and interacting with sensors and actuators. The course focuses on the ESP32 microcontroller, a common platform for embedded development, and provides hands-on experience with its various interfaces. Additionally, the course's exploration of IoT protocols and cloud platforms may be valuable to an Embedded Systems Engineer who wishes to work on networked embedded devices.

See salaries and explore the career path for Embedded Systems Engineer

Firmware Engineer

Firmware Engineers write the low-level code that controls hardware devices, a task that is particularly relevant to this course with its emphasis on the ESP32 microcontroller. This course provides practical experience in programming the ESP32 using the Arduino IDE and C, and includes work involving various IO interfaces and sensors. For a Firmware Engineer, understanding the hardware level is key, and this course's coverage of pinouts, and circuit design guidelines may be very useful. The course also explores networking via Wifi, which is a critical component of many firmware implementations.

See salaries and explore the career path for Firmware Engineer

Technical Trainer

Technical trainers educate others on technical subjects, and this course would help a future Technical Trainer because the course itself focuses on training absolute beginners. While this course is not about training per se, by studying the course, a future Technical Trainer will gain a better understanding of how to approach the education of novices. This, combined with the technical knowledge acquired in the subject of ESP32 based IoT systems, would be advantageous to someone who seeks to become a trainer in this field. The course's focus on practical, hands on projects may also be very valuable for designing practical training material.

See salaries and explore the career path for Technical Trainer

Automation Engineer

Automation Engineers design, develop, and implement automated systems, often used in manufacturing or building management. This course may be useful for an aspiring Automation Engineer as it deals with the automation of devices through IoT. The course includes hands-on experience with the ESP32, interfacing with sensors, and controlling output devices, which are all tasks that an Automation Engineer might handle in practice. The course also covers IoT platforms and protocols, which may be useful in building networked automation systems. A particular draw is the course's home automation project using Raspberry Pi and Adafruit IO, which is an excellent application of automation skills.

See salaries and explore the career path for Automation Engineer

Field Application Engineer

Field Application Engineers provide technical support and expertise to customers, and this course may prepare one for the kind of skills that they would need. The course offers knowledge of the ESP32 platform, various sensors, and IoT communication protocols, which are all pertinent to the field of IoT devices. The course also involves work with home automation, which might show a customer how they can use this IoT system. Through this course, a Field Application Engineer learns the hands-on skills necessary to advise customers on how to use IoT devices and technology.

See salaries and explore the career path for Field Application Engineer

Robotics Engineer

Robotics Engineers design, build, and program robots and automated systems. This course may help someone interested in robotics because it offers a look at the hardware and software foundations for controlling physical devices. The ESP32 platform covered in the course can be used to build robot controllers, and the course also explains how to interface with sensors and output devices, which are part of a robot's core system. The course includes coverage of C programming, which is a common language used in robotics programs, and IoT protocols, which are important if the robot is going to be networked. A key draw is the coverage of various sensors and actuators that are relevant to robotics.

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Test Engineer

Test Engineers design and execute tests on systems and products, so familiarity with the product's design and use cases may be advantageous. This course could be helpful for Test Engineers who are testing ESP32 based IoT systems because it provides key knowledge about the hardware and software aspects of these systems. The course includes various projects, which might be used as a basis for creating test cases. The course's focus on practical implementation may be particularly helpful for creating realistic testing scenarios. Through this course, a Test Engineer develops a practical understanding of the products they test.

See salaries and explore the career path for Test Engineer

Project Manager

Project Managers oversee the planning, execution, and completion of projects, often in a technical field. While this course is not directly designed for project management, the skills learned in the course may be useful for managing projects that involve ESP32 based IoT systems. The course provides a solid foundation in the technical aspects of IoT, which may help a Project Manager better understand the work being done on the ground. The course covers the implementation of projects from beginning to end, which would allow a Project Manager to better understand the various stages of a project involving IoT development. With this course, a Project Manager will understand the technologies they are managing.

See salaries and explore the career path for Project Manager

Product Developer

Product Developers oversee the design and development of new products. With its coverage of microcontrollers, sensors, and IoT communication, this course may be helpful for a Product Developer who is looking to get into the IoT space. This course may give Product Developers practical knowledge about the hardware and software aspects of IoT, and could help them make informed decisions about product design and functionality. The course's inclusion of a home automation project also gives real world experience that could be useful for product design and application scenarios. The course will be useful for those working in IoT product development.

See salaries and explore the career path for Product Developer

Hardware Engineer

Hardware Engineers design and develop physical computer components and systems. This course may be helpful for a career as a Hardware Engineer as it provides practical experience with the ESP32 microcontroller, including pinouts, circuit design, and interfacing with various sensors and output devices. The course also touches upon important aspects of hardware design, for example logic inputs, and switching circuits, which are valuable for a Hardware Engineer to understand. The course also delves into the hardware components used for IoT, and may be useful for those wishing to specialize in hardware for IoT.

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Research Scientist

Research Scientists conduct scientific research, often in a specific field, and this course may be helpful if their research involves IoT. This course offers an introduction to the ESP32 microcontroller platform and various ways to interface with sensors and output devices, which are applicable in many research contexts. The course also covers IoT protocols and cloud platforms for collecting and analyzing data, which may be useful for a Research Scientist. The hands-on experience gained with hardware and software interactions could be invaluable for developing and experimenting with research prototypes, especially with the course's focus on practical projects and applications.

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Solutions Architect

Solutions Architects design and oversee the implementation of complex IT systems. While this course is not directly about designing large IT systems, it provides foundational knowledge of embedded hardware and software which may be valuable in architecting solutions that include IoT devices. The course will be useful for a Solutions Architect who needs a greater understanding of the physical hardware layer, and the underlying sensors and protocols used in IoT. The practical experience with the programming, data visualization, and cloud platforms detailed in this course may be useful to a Solutions Architect working with connected devices in a larger system.

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Systems Analyst

Systems Analysts evaluate and improve computer systems, and this course has the potential to be helpful should the systems they analyze involve IoT. This course provides a useful introduction to the hardware and software of IoT systems, specifically with the ESP32. With the knowledge of IoT gained from this course, the Systems Analyst may better understand the specific technical requirements of IoT systems. Furthermore, the course's practical exposure to hardware and software integration may give the Systems Analyst a better understanding of the challenges, limitations, and practical considerations of a system.

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Software Developer

Software Developers write code for various applications, and while this course may not directly focus on general purpose software development, it does help a Software Developer build skills in embedded systems programming. This course should be attractive to a Software Developer because the C programming skills learned in the course are widely applicable, and because the course offers practical experience in controlling hardware devices. The course also covers network communication protocols, and may be useful to a Software Developer who wants to diversify into IoT or embedded systems.

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ESP32 and Internet of Things For Absolute Beginners

What's inside

Learning objectives

Syllabus

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Reviews summary

Beginner-friendly esp32 and iot

Activities

Career center

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