Internet of Things (IoT) with ESP8266 & Arduino IDE from Udemy

Over a 29+ lecture videos, 7.7+ Hours of Full HD Content that will take you in an interactive learning to not only master the coding of IoT Programming in

Hi, welcome you all to this course on Internet of Things (IoT) with ESP8266 & Arduino IDE.

-> You will learn in detail about the

The course is structured for the need of learners to understand ESP8266 & Arduino IDE from scratch till you master this skills. This course is the outcome of the experience I gained after training many of graduate students and working professionals in person, and with my expertise in the field of embedded systems. Few basic Embedded C concepts are also covered.

SM Training Academy invites you all to enroll in this course and explore the world of embedded systems with step by step guidance by own expert trainers to excel in their career. There is no better way to master and understand the AVR microcontroller than joining this course. Whatever you want to learn is available in this course and also we will be updating the course with new lectures in a periodical manner. So join the course and enjoy learning.

Curriculum:

-> LED Blink in ESP8266

-> Pushbuttons with ESP8266

-> Navigate through ThingSpeak Cloud Platform

-> Upload Random Numbers to Cloud Platform from Hardware - ESP8266-NODEMCU using

-> Using React and ThingTweet Service [IoT Cloud]

-> Interfacing Variable Resistor with ESP8266

-> Wi-Fi Modes

-> Connecting ESP8266 in Station Mode

-> Connecting ESP8266 dynamically to Access Point

-> Push data to the cloud using

-> Push Notification to Mobile Using IFTTT.

This course starts with the very basics of IoT and gradually the complexity is increased in a scientific manner to attain the learning outcomes.

After completion of this course, You will be able to:

Build IoT products using
Deploy IoT product to ThingSpeak Cloud platform using all its services
Integrate ThingSpeak IoT Cloud, IFTTT, google assistant to develop products.

What's inside

Learning objectives

Learn how to design code and build iot products
Learn to use arduino ide and arduino programming language from scratch
Learn how to connect sensors and actuators to commercial cloud platforms
Learn to fetch data from sensors like variable resistor

Builld iot projects in this course
Rest http methods - get, post, put etc
All services offered by thingspeak cloud platform - data storage, thingtweet, talkback, thinghttp, react, etcc

Learn how to design code and build iot products
Learn to use arduino ide and arduino programming language from scratch
Learn how to connect sensors and actuators to commercial cloud platforms
Learn to fetch data from sensors like variable resistor
Builld iot projects in this course
Rest http methods - get, post, put etc
All services offered by thingspeak cloud platform - data storage, thingtweet, talkback, thinghttp, react, etcc

Syllabus

Introduction

Introduction to the Course IoT Programming Using Nodemcu (ESP8266)

Introduction to (IoT) Internet Of Things

Hardware used in this Course (Nodemcu)

Features of NodeMCU (ESP8266) Explained Clearly

Software used in this Course

Downlaoding Arduino IDE For Nodemcu (ESP8266) Programming

Features of Arduino IDE Explained

Interfacing LED's to ESP8266

Interfacing LED with Nodemcu (ESP8266)

Interfacing of Pushbuttons to Nodemcu

Interfacing Pushbutton with Nodemcu (ESP8266)

Wifi Networks Explained

WifiModes For ESP8266 Explained

Connecting Nodemcu to WiFi Network

Connecting Nodemcu (ESP8266) to Wifi Network in Station Mode

Dynamically connecting Nodemcu to Wifi Network in Soft Access-Point Mode

Basics of HTTP (Hyper Text Transfer Protocol)

Basics of HTTP (Hyper Text Transfer Protocol) Explained

Introduction to Thingspeak IoT Platform

Thisngspeak IoT Platform Introduction

Writing to Channel Fields of Thingspeak IoT Platform

Writing Data To Thingspeak IoT Channel Using WebBrowser

Writing Random Numbers To Thingspeak Channel From NodeMCU | ESP8266

Interfacing Variable Resistor with Nodemcu | ESP8266

Writing Analog Sensor Data to ThingSpeak IoT Platform Channel Field

Generating Tweets using Nodemcu in Twitter Account (ThingTweet)

Programming Nodemcu For Tweeting in Twitter | Nodemcu | ESP8266

Reading from Channel Fields of Thingspeak IoT Platform

Read From A Channel Field Of ThingSpeak IoT Platform | Nodemcu | ESP8266

Thingspeak IoT Channel Project - 1 using IoT Transmitter and IoT Receiver

Channel Project Using IoT Transmitter And Iot Receiver Nodemcu | ESP8266

Talkback Queue in Thingspeak IoT Platform

Introduction To Talkback In ThingSpeak IoT Platform | Nodemcu | ESP8266

Add a TalkBack Command To ThingSpeak IoT Platform | Nodemcu | ESP8266

Update Commands in TalkBack Queue of Thingspeak IoT Platform | Nodemcu | ESP8266

Read Commands From TalkBack Queue of ThingSpeak IoT Platform | Nodemcu | ESP826

Execute TalkBack Commands in ThingSpeak IoT Platform using Nodemcu | ESP8266

Controlling LED in Nodemcu using Postman Application in PC | Talkback Project-1

Control LED in Nodemcu using Postman Application in our PC | Project 1

Controlling LED on Nodemcu using another Nodemcu as IoT transmitter | Talkback

Controlling LED From One Nodemcu to Another Nodemcu Using TalkBack Commands

Google Assistant Voice Commands Controlling LED on Nodemcu

Controlling LED On Nodemcu with Google Assistant Voice Commands

ThingHTTP Web Services in Thingspeak IoT Platform

Controlling LED on Nodemcu with another Nodemcu using ThingHTTP | ThingHTTP IoT

Sending Push Notifications from Nodemcu to Mobile Phone using IFTTT

Sending Notifications From Nodemcu To Mobile Phones

Good to know

Know what's good

, what to watch for

, and possible dealbreakers

Covers the essentials of IoT programming using NodeMCU (ESP8266), which is a popular platform for IoT projects

Explores ThingSpeak IoT platform, which is widely used for data storage and analysis in IoT applications

Teaches how to integrate IFTTT and Google Assistant, which allows learners to create voice-controlled IoT devices

Uses Arduino IDE, which is a user-friendly environment for programming microcontrollers like ESP8266

Requires learners to download and use Arduino IDE, which may require some initial setup and configuration

Covers HTTP methods, which are essential for communication between IoT devices and web services

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 Internet of Things (IoT) with ESP8266 & Arduino IDE with these activities:

Review Basic Electronics Concepts

Show steps

Reinforce your understanding of fundamental electronics concepts like voltage, current, resistance, and Ohm's Law. This will provide a solid foundation for understanding how the ESP8266 and its connected components function.

Browse courses on Electronics

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Review online resources covering basic electronics principles.
Solve practice problems related to circuits and components.
Identify key electronic components and their functions.

Brush Up on C/C++ Programming

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Strengthen your C/C++ programming skills, as the Arduino IDE uses a C++ based language. This will make it easier to understand and modify the code examples provided in the course.

Browse courses on C++

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Review C/C++ syntax and data structures.
Practice writing simple programs in C/C++.
Familiarize yourself with Arduino-specific libraries.

Read 'Programming ESP8266 with Arduino'

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Supplement the course material with a detailed guide on ESP8266 programming. This book offers practical examples and in-depth explanations that complement the course lectures.

View Putting Knowledge to Work on Amazon

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Read the chapters relevant to the current course modules.
Experiment with the code examples provided in the book.
Try to adapt the examples to your own projects.

Four other activities

Expand to see all activities and additional details

Show all seven activities

Build a Simple IoT Sensor Node

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Apply the concepts learned in the course by building a practical IoT project. This hands-on experience will solidify your understanding of the ESP8266, Arduino IDE, and cloud platforms.

Show steps

Choose a sensor (e.g., temperature, humidity) to interface with the ESP8266.
Write code to read data from the sensor and send it to ThingSpeak.
Visualize the sensor data on the ThingSpeak dashboard.
Troubleshoot any issues that arise during the project.

Document Your IoT Projects

Show steps

Improve your understanding and retention by documenting your IoT projects. Explaining your code and design choices will force you to think critically about the concepts you've learned.

Show steps

Create a blog post or online document for each project.
Describe the project's purpose, hardware components, and software implementation.
Include code snippets and diagrams to illustrate your explanations.
Share your documentation with the online community.

Contribute to an Open Source IoT Project

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Deepen your knowledge and gain valuable experience by contributing to an open-source IoT project. This will expose you to real-world development practices and collaboration techniques.

Show steps

Find an open-source IoT project on GitHub or GitLab.
Identify a bug or feature that you can contribute to.
Fork the repository and make your changes.
Submit a pull request with your contributions.

Explore 'Internet of Things with ESP8266'

Show steps

Expand your understanding of IoT applications with a project-based guide. This book provides practical examples and step-by-step instructions for building real-world projects using the ESP8266.

View ESP8266 Internet of Things Cookbook on Amazon

Show steps

Select a project from the book that interests you.
Follow the instructions to build the project.
Modify the project to add your own features.

Career center

Learners who complete Internet of Things (IoT) with ESP8266 & Arduino IDE will develop knowledge and skills that may be useful to these careers:

IoT Developer

An IoT Developer creates and maintains software and hardware for Internet of Things devices and systems, including coding and integrating cloud services. This course directly addresses the core skills needed, like using the Arduino IDE to program ESP8266 microcontrollers for IoT applications. The course covers uploading data to cloud platforms using ThingSpeak, along with using sensors and cloud services including IFTTT, which helps an IoT Developer learn how to design, build and deploy a complete IoT solution. By covering hardware interfacing, cloud services, and data management, this course is very relevant to this role.

See salaries and explore the career path for IoT Developer

Embedded Systems Engineer

An Embedded Systems Engineer designs, develops, and tests software and hardware for embedded systems such as microcontrollers. This course helps build a foundation in embedded systems, specifically with the ESP8266 and Arduino IDE, which are commonly used platforms in this area. It covers the basics of interfacing with hardware, including LEDs and pushbuttons, as well as communication protocols and cloud platform integration—all central to the work of an Embedded Systems Engineer. This course covers key practical skills, like using sensors and cloud platforms, that are relevant to designing and deploying embedded IoT products.

See salaries and explore the career path for Embedded Systems Engineer

Firmware Engineer

A Firmware Engineer writes low-level software that controls the hardware in embedded systems. This course provides practical experience with microcontrollers using the ESP8266 and the Arduino IDE, which helps build foundational skills needed to program firmware. This course covers interfacing with various hardware components such as LEDs, pushbuttons, and variable resistors, which is often the work of a firmware engineer. By also covering Wi-Fi modes, data transmission, and cloud platform integration via ThingSpeak, this course is a great foundation for someone hoping to work in firmware engineering.

See salaries and explore the career path for Firmware Engineer

Hardware Engineer

A Hardware Engineer designs, develops and tests physical components of electronic devices. While this course focuses more on software and programming, it is useful as the course also provides practical understanding of how hardware communicates with software, which benefits a hardware engineer. The course also goes into detailed explanation of the ESP8266 microcontroller, as well as how physical components work in an IoT system. This knowledge, along with working knowledge of microcontrollers using the Arduino IDE and programming embedded C concepts, helps a Hardware Engineer learn how to design and debug systems.

See salaries and explore the career path for Hardware Engineer

Robotics Engineer

A Robotics Engineer designs, builds, tests and maintains robots and robotic systems. This course is helpful as a starting point because it covers microcontroller programming and hardware interfacing, which are key skills for robotics. The course provides a basic understanding of how sensors, actuators, and cloud connectivity can be integrated into a product. Skills learned in this course, such as using the Arduino IDE with the ESP8266, will help a Robotics Engineer understand the fundamentals of embedded control systems. While robotics is more complex than what is covered here, this course is useful as a first step.

See salaries and explore the career path for Robotics Engineer

Electrical Engineer

An Electrical Engineer designs, develops, and tests electrical systems and devices. This course may be useful as it provides hands-on experience with microcontrollers, sensors, and actuators. An Electrical Engineer may benefit from learning how to program microcontrollers and connect them to cloud platforms, as the course work builds practical skills for designing and implementing systems which include both electrical components and software. While this course is not a substitute for a formal study of electrical engineering, it provides practical experience that complements the knowledge base of an Electrical Engineer.

See salaries and explore the career path for Electrical Engineer

Automation Engineer

An Automation Engineer designs, develops, and integrates automated systems and processes. While this role is typically in industrial settings, the course concepts around IoT can be valuable. This course provides a foundational understanding of how to program microcontrollers and connect them to sensors and actuators, which are core components of automated systems. The course also covers cloud communication and platform integration, providing experience with how to connect devices and systems remotely, which may help an Automation Engineer gain insight into how systems could be monitored remotely.

See salaries and explore the career path for Automation Engineer

Network Engineer

A Network Engineer designs, installs, and manages network infrastructure, which can be relevant in the context of IoT. While this course is not specifically focused on network engineering, it provides a practical understanding of how IoT devices connect to Wi-Fi and communicate over networks. The course covers concepts like Wi-Fi modes and HTTP, which are typically part of a Network Engineer's skillset. Taking this course might be useful to a Network Engineer who wishes to understand the unique networking requirements of IoT devices, especially in cloud applications.

See salaries and explore the career path for Network Engineer

Research Scientist

A Research Scientist conducts experiments, analyzes data, and publishes research findings. While it's not a direct connection, a Research Scientist interested in IoT or embedded systems may find the practical skills from this course to be valuable. The course's hands-on experience with the ESP8266, Arduino IDE, and cloud platforms is useful for designing and building experimental setups for data collection. Also, the course covers how to interface with sensors, which may be useful for collecting data in experimental environments. A Research Scientist might find it useful to take this course as a means of expanding their experimental toolkit.

See salaries and explore the career path for Research Scientist

Systems Analyst

A Systems Analyst studies a company's computer systems and procedures and designs solutions to make them more efficient. While this course focuses on building systems, a Systems Analyst interested in learning more about IoT might find this course useful. The course provides a practical understanding of how IoT devices and cloud platforms can be integrated to form a system, which adds valuable understanding to their skillset. A Systems Analyst may want to take this course to gain insight into how data moves from hardware devices to cloud platforms.

See salaries and explore the career path for Systems Analyst

Product Manager

A Product Manager defines the strategy and roadmap for a product, and an understanding of technology is essential for many roles, including product management for an IoT product. This course is useful as it will provide familiarity with working principles of IoT, including basic hardware, use of sensors, and cloud integration. Although a product manager has less hands-on coding responsibilities, this course helps build a deeper understanding of technical constraints by working with the actual technology, potentially leading to better product design and management. This course may be useful for a Product Manager who wishes to make better informed decisions about their product.

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Data Scientist

A Data Scientist collects, analyzes, and interprets large amounts of complex data to provide insights. While the primary work of a data scientist is not connected to this course, if they are working with data from IoT devices, the knowledge gained in this course may be useful. This course may provide practical experience on how such data is collected and transferred to cloud storage, including using ThingSpeak to store sensor data. A data scientist who wishes to work with IoT data might find it very helpful to acquire these practical skills and a better intuition when working with unfamiliar data sets.

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Technical Project Manager

A Technical Project Manager oversees and coordinates technical projects, which at times may involve IoT systems. The hands-on experience from this course may be helpful as it allows a technical project manager to better understand the technical challenges involved in designing and implementing an IoT project. The ability to plan and coordinate projects, as well as to manage technical requirements can be improved by the practical skills learned on this course. This course may be valuable for a technical project manager so that they can gain insight into the technical aspects of IoT development.

See salaries and explore the career path for Technical Project Manager

Mobile Application Developer

A Mobile Application Developer creates applications for smartphones and tablets, and some may connect these apps to IoT devices. This course provides skills in cloud integration, which is a common requirement for mobile applications that integrate with IoT devices. The course teaches to push data to the cloud, and to use services including ifttt, which are often needed to communicate between mobile apps and IoT devices. A Mobile Application Developer might find this course useful, as they learn how to work with IoT data streams and also with cloud APIs.

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Quality Assurance Engineer

A Quality Assurance Engineer tests and validates software and hardware for bugs, which may include IoT systems. This course may be useful as it provides a base understanding of how IoT systems are built, and how microcontrollers communicate with cloud platforms. By understanding the hardware and software components of these systems, a Quality Assurance Engineer will be better equipped to test and validate them for bugs. This means that the Quality Assurance Engineer will have better intuition about where problems or vulnerabilities in the system might lie.

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Internet of Things (IoT) with ESP8266 & Arduino IDE

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