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The Ultimate Embededded Systems Mastery Bundle 2022

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5
Lessons
171

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Lifetime
Content
1.0 hours
Lessons
31

Getting Started with NodeMCU (ESP8266) Step by Step

Build IoT Web Application, LCD Pattern, Physical Input, GPIO Interfacing, Firmware Installation, ESP12E, NodeMCU & More

By Comfiny | in Online Courses

Over the past few years, you might have heard about popular boards such as Arduino, Raspberry Pi, Beagle bone black, and more. These boards will fulfill all your requirements for your embedded systems project but are costly as well as bigger in size. The idea is to use a board that is tiny and can be embedded anywhere for rapid deployment. In this course, the lectures will cover in detail NodeMCU and how to set up step by step. After successful installation, you will learn how to flash the latest version of the firmware and get started.

4.1/5 average rating: ★ ★ ★ ★

  • Access 31 lectures & 1 hour of content 24/7
  • Build your own IoT dashboard & control any home appliances remotely
  • Get to know the principle of LCD & generate an animated pattern of your choice
  • Understand the fundamentals of LUA programming & powerful C++ language
  • Build your own prototype with minimal expenses
Comfiny | Explore Innovation
4.6/5 Instruction Rating: ★ ★ ★ ★

Comfiny is dedicated to creating a better learning experience for anyone who wants to explore the field of cutting-edge technologies. Our business idea supports this vision by offering a range of well-designed high-quality courses. Comfiny's minds are a team of committed developers involved in sharing knowledge and skills gained from various IT industries. They believe in exploring cutting-edge technologies down to their minute details and aim to cover multiple aspects of it to make sure that learning from us is easy for beginners and useful for advanced learners as well.

Important Details

  • Length of time users can access this course: lifetime
  • Access options: desktop & mobile
  • Redemption deadline: redeem your code within 30 days of purchase
  • Experience level required: beginner
  • Have questions on how digital purchases work? Learn more here

Requirements

  • Basic knowledge of any programming language

Course Outline

  • Your First Program
  • Introduction
    • Introduction to NodeMCU - 8:08
    • General purpose Input/Output - 8:13
  • Connection and user Interface
    • Interfacing NodeNCU to PC - 10:17
    • Understanding Putty and ESPlorer - 4:00
    • Breadboard and its internal structure - 2:14
  • First step to Physical Computing
    • Programming the LED - 4:49
    • Real time Demonstration – LED blinking duration control - 0:47
    • Circuit diagram - LED blinking (Breadboard based)
    • Circuit diagram - LED blinking (Direct connection)
    • Source code - LED blinking
  • Reading human physical input
    • Reading physical input from a push button - 6:03
    • Circuit diagram (Breadboard based - Reading physical Input
    • Circuit diagram (Direct connection- Reading Physical Input)
    • Understanding the code - Physical input - 3:06
    • Source code - Reading the push button
    • Real time Demonstration – Physical input - 1:16
  • Arduino IDE and LCD Programming
    • Getting started with Arduino IDE - 5:49
    • Generating animated patterns on LCD - 4:23
    • circuit Diagram – Interfacing LCD with NodeMCU
    • Programming the LCD - 6:59
    • source code – Programming the LCD
    • Real time demonstration – Pattern generation on LCD - 2:20
  • NodeMCU Web Server
    • Introduction to Web Server - 6:51
    • Specific links of the hardware components
    • Circuit Diagram – Controlling AC appliance
    • Understanding the Web Server code - 7:07
    • Source code – Implementing web based remote control
    • Real time Demonstration – Web Server in action - 4:11
  • Memory Testing QUIZ
    • Programming QUIZ
    • Hardware QUIZ
    • Conclusion - 1:24

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Lifetime
Content
2.0 hours
Lessons
45

Build Your Own GPS Tracking System with Raspberry Pi Zero 2022

Get Started with Raspberry Pi Zero and Learn How to Build & Test a GPS Tracking System

By Comfiny | in Online Courses

The best way to learn Raspberry Pi Zero is by doing and in this course, you'll get familiar with specific features by building your own GPS tracking system. From setup and configuration to location tracking through Google Maps, this course will help you go from beginner to advanced with Raspberry Pi Zero.

4.7/5 average rating: ★ ★ ★ ★

  • Access 45 lectures & 2 hours of content 24/7
  • Install the latest Raspbian OS without any external monitor
  • Learn how to test whether the GPS module is functioning or not
  • Discuss the Linux commands needed to access GPS functionality on the terminal
  • Get to know about GPS data extraction & programming using Python
  • Design a dashboard & analyze GPS data in real-time from anywhere
Comfiny | Explore Innovation
4.6/5 Instruction Rating: ★ ★ ★ ★

Comfiny is dedicated to creating a better learning experience for anyone who wants to explore the field of cutting-edge technologies. Our business idea supports this vision by offering a range of well-designed high-quality courses. Comfiny's minds are a team of committed developers involved in sharing knowledge and skills gained from various IT industries. They believe in exploring cutting-edge technologies down to their minute details and aim to cover multiple aspects of it to make sure that learning from us is easy for beginners and useful for advanced learners as well.

Important Details

  • Length of time users can access this course: lifetime
  • Access options: desktop & mobile
  • Redemption deadline: redeem your code within 30 days of purchase
  • Experience level required: all levels
  • Have questions on how digital purchases work? Learn more here

Requirements

  • Any device with basic specifications

Course Outline

  • Getting started with Raspberry Pi Zero Wireless
    • Learning Agenda - 2:18
    • Introduction to Raspberry Pi Zero Wireless - 3:00
    • Raspberry Pi 3 vs Raspberry Pi Zero Wireless - 5:37
  • Installation & configuration
    • Writing Operating System image - 7:07
    • Setting WIFI & SSH without monitor - 3:09
    • IP Scanner - 2:42
    • Auto scanning the IP - 4:22
    • Setting static IP address for Raspberry Pi Zero W - 4:51
    • Accessing the graphical user interface of the Pi - 7:08
  • Testing GPS module & GPSD configuration
    • Project concept - 2:22
    • Hardware requirements - 2:28
    • Hardware requirements list
    • GPS working principle - 4:40
    • Testing the GPS module - 7:02
    • Circuit diagram - Testing the GPS module
  • Linux tool automation
    • Testing GPS module using Raspberry Pi - 2:19
    • Circuit diagram - Testing the GPS module using Raspberry Pi
    • Understanding GPSD - 1:41
    • GPSD Installation & Configuration - 3:46
    • XGPS - 1:55
    • Starting GPSD on boot - 3:27
  • Coding the GPS in Python
    • Fetching raw data using Python - 3:28
    • Real-time demo - Fetching raw data - 0:58
    • Source code - Raw GPS data using Python
    • Fetching the required data from GPS - 2:45
    • Real time demo - Fetching the required data - 0:49
    • Source code - Extracting required GPS data
  • Building the IOT Dashboard
    • Understanding IoT and data analytics - 3:13
    • IoT dashboard installation and configuration - 9:08
    • Source code - Random number generation
    • Final circuit Diagram
    • Sending GPS data to web server - 5:12
    • Automate Ubigps to start on boot - 2:38
    • Real-time demonstration - 5:21
    • Source code - Sending GPS data to Web Server
  • Advanced GPS Data visualization
    • Understanding alternate IoT dashboard - 2:11
    • Account creation & setup - 1:13
    • Understanding the Advanced IoT dashboard program 1 - 2:26
    • Understanding the Advanced IoT dashboard program 2 - 2:02
    • Required Library installation and program automation - 4:23
    • Real-time demonstration - 4:45
    • Source code
    • Quiz - Hardware
    • Quiz - Programming
    • Conclusion - 2:08

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Lifetime
Content
1.0 hours
Lessons
34

Build Your Own Smart Dustbin Using Raspberry Pi

Have a Solid Foundation on Servo Motor, Distance Sensor, IoT Dashboard Implementation & More

By Comfiny | in Online Courses

This is a brand new online course where you can learn to build an automated smart dustbin from scratch. It's divided into 6 sections where you will learn everything about circuit diagram, Raspberry Pi, servo motor, coding, IoT, and more. The course is crafted from basic to advanced level with minute details in every lecture. This course is not pure theory. You will be building your own project along the way.

4.4/5 average rating: ★ ★ ★ ★

  • Access 34 lectures & 1 hour of content 24/7
  • Get to know about the working principle of the HCSR04 distance measurement sensor
  • Understand in detail the circuit diagram
  • Learn more about the working principle & the inside mechanism of the servo motor
  • Learn how to achieve zero° & 180° by supplying the required duty cycles
  • Know how IoT is the game-changer
  • Understand the main program of the automated dustbin
Comfiny | Explore Innovation
4.6/5 Instruction Rating: ★ ★ ★ ★

Comfiny is dedicated to creating a better learning experience for anyone who wants to explore the field of cutting-edge technologies. Our business idea supports this vision by offering a range of well-designed high-quality courses. Comfiny's minds are a team of committed developers involved in sharing knowledge and skills gained from various IT industries. They believe in exploring cutting-edge technologies down to their minute details and aim to cover multiple aspects of it to make sure that learning from us is easy for beginners and useful for advanced learners as well.

Important Details

  • Length of time users can access this course: lifetime
  • Access options: desktop & mobile
  • Redemption deadline: redeem your code within 30 days of purchase
  • Experience level required: beginner
  • Have questions on how digital purchases work? Learn more here

Requirements

  • Basic knowledge of using Raspberry Pi

Course Outline

  • Introduction & Project Concept
    • Introduction - 3:20
    • Working Principle of Distance Measurement Sensor - 3:12
    • Hardware requirements for the complete project
  • Circuit Diagram and hardware module testing
    • Understanding Circuit Diagram - Distance measurement - 2:37
    • Circuit Diagram - Distance Measurement - Breadboard based
    • Circuit Diagram - Distance Measurement - Direct Connection
    • Understanding the code - Distance Measurement - Part 1 - 5:26
    • Understanding the code - Distance measurement - Part 2 - 5:41
    • Complete Source code - Distance Measurement
    • Real time Demonstration - Distance Measurement - 2:38
  • Understanding servo mechanism and connectivity
    • Understanding the servo motor - 2:08
    • Working Mechanism of the Servo Motor - 2:17
    • Understanding Circuit Diagram - Servo Motor connection - 2:51
    • Circuit Diagram - Servo Motor Connection with Raspberry Pi
  • Coding Servo for desired angle
    • Adding handle to servo motor control horn - 1:45
    • Finding proper position Part 1 - 4:35
    • Finding proper position Part 2 - 2:08
    • Source code - Finding proper position
    • Real Time Demonstration - Finding proper position - 3:00
    • Moving servo to desired angle - 3:54
    • Source code - Moving servo to desired angle
    • Real time Demonstration - Moving servo to desired angle - 1:54
  • IoT Dashboard implementation
    • Understanding IoT & the platform used - 3:49
    • IoT Dashboard Account creation and testing Part 1 - 5:07
    • IoT Dashboard Account creation and testing Part 2 - 3:06
    • Source Code - IoT Dashboard Testing
    • Real time Demonstration - IoT Dashboard Test - 1:46
  • Automated Dustbin
    • IoT Dashboard account creation for the automated dustbin - 3:36
    • Understanding the Automated Dustbin Program Part 1 - 3:08
    • Understanding the Automated Dustbin Program Part 2 - 3:23
    • Automate the program to start on boot - 0:55
    • Complete Source code - Automated Dustbin
    • Real time Demonstration - Working of the Automated Dustbin - 3:14
    • Conclusion - 2:57

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Lifetime
Content
2.0 hours
Lessons
34

Introduction to Asus Tinker Board 2022

OS Installation, Full Fledged PC, Remote Access Along with Beginner, Intermediate & Advanced Level Project Development

By Comfiny | in Online Courses

In this course, you will learn what you need to know through hands-on experience. You don’t need any special knowledge except basic computer skills to get started with the course. It is divided into 8 sections. You will learn in detail about the Asus tinker board and how it's different from its competitor Raspberry Pi. As you move along, you will learn more concepts and be able to finish your project. At the end of the course, you will have a solid foundation on tinker board, relay and sensor usage, IoT dashboard implementation, and more. So apart from building this project, you will also find it easy to build any other project of your choice.

4.9/5 average rating: ★ ★ ★ ★

  • Access 34 lectures & 2 hours of content 24/7
  • Learn in detail about the Asus tinker board & how it is different from its competitor Raspberry Pi
  • Understand how to burn the OS image to the SD card & use the tinker board as a full-fledged PC
  • Get to know about all the day to day usage of Linux commands with practical examples
  • Understand the basic GUI applications
  • Step into the world of physical computing
  • Learn to build automatic garden lights
  • Learn to build our own home automation project
Comfiny | Explore Innovation
4.6/5 Instruction Rating: ★ ★ ★ ★

Comfiny is dedicated to creating a better learning experience for anyone who wants to explore the field of cutting-edge technologies. Our business idea supports this vision by offering a range of well-designed high-quality courses. Comfiny's minds are a team of committed developers involved in sharing knowledge and skills gained from various IT industries. They believe in exploring cutting-edge technologies down to their minute details and aim to cover multiple aspects of it to make sure that learning from us is easy for beginners and useful for advanced learners as well.

Important Details

  • Length of time users can access this course: lifetime
  • Access options: desktop & mobile
  • Redemption deadline: redeem your code within 30 days of purchase
  • Experience level required: beginner
  • Have questions on how digital purchases work? Learn more here

Requirements

  • Basic knowledge of computers

Course Outline

  • Introduction
    • Introduction to Asus Tinker Board - 5:13
    • Asus Tinker board vs Raspberry Pi 4 - 4:54
  • OS installation & IP scanning
    • Burning the OS image to SD card - 3:59
    • Using Asus Tinker Board as a full-fledged PC - 6:33
    • Understanding IP Scanner - 3:06
    • Auto scanning IP & Putty - 8:07
  • Useful Linux Commands
    • Important Linux Commands Part 1 - 10:32
    • Important Linux Commands Part 2 - 8:45
  • Remote Desktop and GPIO
    • Accessing remote desktop of the Tinker Board - 5:17
    • Exploring the graphical user interface of Tinker Board - 2:51
    • Tinker Board GPIO - 2:53
    • Reference - Tinker Board GPIO pin structure
  • Getting started with Physical computing
    • Hands-on Physical computing with Tinker Board - 4:53
    • Circuit diagram - LED sequence
    • Understanding the code LED sequence - 7:16
    • Source Code - LED sequence
    • Real-Time Demonstration - LED sequence - 1:50
  • Automatic garden lights
    • Introduction - Automatic garden lights - 5:10
    • Hardware requirements - Automatic Garden Light - 2:09
    • Understanding the circuit diagram - Automatic Garden Light - 1:45
    • Circuit Diagram - Automatic garden light
    • Understanding the code - Automatic Garden Light - 4:16
    • Source code - Automatic Garden light
    • Real-time Demonstration - Automatic Garden light - 2:51
  • Home Automation
    • Introduction to Home Automation - 4:26
    • Understanding IoT and the dashboard used - 3:20
    • Understanding the circuit diagram - Home Automation - 3:36
    • Circuit Diagram Home Automation
    • IoT dashboard account creation and setup - 6:41
    • Understanding the code - Home automation - 8:55
    • Source Code - Home Automation
    • Real-time Demonstration - Home Automation - 3:19
  • Remote File Transfer
    • Transfer file from windows to Tinker Board - 4:56
    • Conclusion - 2:53

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Lifetime
Content
1.0 hours
Lessons
27

Track the Vehicle in Real-Time Using ESP32 2022

Build a Real-Time Vehicle Tracking System from Scratch — Novice to Professional

By Comfiny | in Online Courses

In this course, you will learn what you need to know by hands-on experience. You don’t need any special knowledge except basic computer skills to get started with the course. The course is divided into 6 sections. In the first section, you will learn about ESP32, its detailed specifications, module and power requirements, and the GPIO pin structure and functionality. The succeeding sections will cover ESP32 testing, OLED, GPS module, project implementation, and vehicle tracking. Thereafter you will proceed with the installation and configuration of the IoT dashboard which will help to remotely track the real-time location of the running vehicle.

4.5/5 average rating: ★ ★ ★ ★

  • Access 27 lectures & 1 hour of content 24/7
  • Learn about ESP32 & its detailed specifications
  • Know the module power requirement & the general-purpose input-output functionality
  • Test whether the new ESP32 is working perfectly or not
  • Learn about the OLED display & its working principle
  • Assemble the OLED display with the ESP32 module & program the same as per our requirement
  • Know about the GPS module & how to test the same using multiple software applications
  • Know about the project concept & the working principle of the GPS
  • Learn about the IoT concept & the dashboard to be used for the project development
  • Gather the list of complete hardware modules to be used for the project development
  • Understand the circuit diagram & install the required library for the successful execution of the program
  • Understand the final source code of the project step by step
  • Configure the IoT dashboard so that you can track the real-time location on the Google Map
Comfiny | Explore Innovation
4.6/5 Instruction Rating: ★ ★ ★ ★

Comfiny is dedicated to creating a better learning experience for anyone who wants to explore the field of cutting-edge technologies. Our business idea supports this vision by offering a range of well-designed high-quality courses. Comfiny's minds are a team of committed developers involved in sharing knowledge and skills gained from various IT industries. They believe in exploring cutting-edge technologies down to their minute details and aim to cover multiple aspects of it to make sure that learning from us is easy for beginners and useful for advanced learners as well.

Important Details

  • Length of time users can access this course: lifetime
  • Access options: desktop & mobile
  • Redemption deadline: redeem your code within 30 days of purchase
  • Experience level required: all levels
  • Have questions on how digital purchases work? Learn more here

Requirements

  • Basic knowledge of programming

Course Outline

  • Introduction and Detailed Specifications
    • Introduction to ESP32 - 5:18
    • Module & Power Requirements - 4:43
    • ESP32 Development Board Pinout - 6:54
  • ESP32 Testing and Functionality
    • Testing the new ESP32 Module - 9:10
    • Real-Time Demonstration - Testing ESP32 - 0:42
    • Source code - Testing the ESP32 module
  • Testing and Understanding of the OLED display
    • Understanding the OLED display - 3:42
    • Circuit Diagram - OLED display connection with Asus Tinker Board
    • Testing the OLED display - 4:48
    • Real-time Demonstration - Testing the OELD display - 1:49
    • Source Code - Testing the OLED display
  • Testing and Configuring the GPS Module
    • Important components used for GPS testing - 4:47
    • Testing the GPS module - 5:52
    • Circuit Diagram - Testing the GPS module
  • Project Concept and Circuit Diagram
    • Project concept - 2:28
    • Understanding the GPS - 3:14
    • Understanding IoT and the dashboard used - 5:30
    • Hardware requirements - 2:17
    • Hardware requirement list
    • Understanding the circuit diagram & Library installation - 7:19
    • Circuit Diagram - Final circuit diagram for the project development
  • Source Code & Real-time Demonstration
    • Understanding the final code - Part 1 - 5:12
    • Understanding the final code - Part 2 - 5:34
    • Configuring the IoT platform - 2:14
    • Real-time demonstration - Vehicle Tracking System - 3:42
    • Source code - Vehicle Tracking System
    • Conclusion - 2:48

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Terms

  • Unredeemed licenses can be returned for store credit within 30 days of purchase. Once your license is redeemed, all sales are final.