Adding Touch Screens to Projects and Prototypes

Adding Touch Screens to Projects and Prototypes, available at $19.99, has an average rating of 5, with 72 lectures, 2 quizzes, based on 1 reviews, and has 21 subscribers.

You will learn about Adding a touch screen to a project on a developet board Sending and receiving data from and to the screen using UART Using the General Purpose Input Output (GPIO) pins of the screen as Input, Output, and PWM. Creating a custom animated gouge (animated battery level indicator) Receiving data to screen by creating a battery level indicator using the ADC of the development board and UART communications Sending UART data from the screen to the dev. board and from Dev board to a MIDI shield The screen used in this board is from Nextion, and the Dev board is Nucleo-64 from ST Microelectronics with 411RE microcontroller This course is ideal for individuals who are Makers who want to learn hwo to add touch screen to recevie and send data and istructions or Engineers who want to add a touch screen to their or Engineering students who want to create touch screen cotrol panels attached to their projects or Anyoen prototyping and interested in adding screen It is particularly useful for Makers who want to learn hwo to add touch screen to recevie and send data and istructions or Engineers who want to add a touch screen to their or Engineering students who want to create touch screen cotrol panels attached to their projects or Anyoen prototyping and interested in adding screen.

Enroll now: Adding Touch Screens to Projects and Prototypes

Summary

Title: Adding Touch Screens to Projects and Prototypes

Price: $19.99

Average Rating: 5

Number of Lectures: 72

Number of Quizzes: 2

Number of Published Lectures: 72

Number of Published Quizzes: 2

Number of Curriculum Items: 77

Number of Published Curriculum Objects: 77

Original Price: $22.99

Quality Status: approved

Status: Live

What You Will Learn

Adding a touch screen to a project on a developet board

Sending and receiving data from and to the screen using UART

Using the General Purpose Input Output (GPIO) pins of the screen as Input, Output, and PWM.

Creating a custom animated gouge (animated battery level indicator)

Receiving data to screen by creating a battery level indicator using the ADC of the development board and UART communications

Sending UART data from the screen to the dev. board and from Dev board to a MIDI shield

The screen used in this board is from Nextion, and the Dev board is Nucleo-64 from ST Microelectronics with 411RE microcontroller

Who Should Attend

Makers who want to learn hwo to add touch screen to recevie and send data and istructions

Engineers who want to add a touch screen to their

Engineering students who want to create touch screen cotrol panels attached to their projects

Anyoen prototyping and interested in adding screen

Target Audiences

Makers who want to learn hwo to add touch screen to recevie and send data and istructions

Engineers who want to add a touch screen to their

Engineering students who want to create touch screen cotrol panels attached to their projects

Anyoen prototyping and interested in adding screen

In this course you are going to learn how to interface a Nextion touch screen with projects done on a development board, the ST Nucleo-64 with 411 RE chip. Your board does not have to be the same, you can implement what you learn on the board  of your choice, so watch, get the concept, and enjoy adding a touch screen to your project!

The main objective is to teach you how to utilize the resources of the touch screen in your project, starting from using the GPIOs of the screen assembly as Input, Output and PMW, and then how to communicate with the developemtn board through UART. Receiving and Transmitting.

Learning will be through real projects, starting from working with GPIOs as Output ( controlling an LED) , Input (Check the power on the pins), and PWM (controlling an RGB LED using sliders on the screen) modes. Then we are going to create an animated gauge simulating a battery level. Next, we are going to use that gauge in creating a battery level indicator using the Nucleo-64 board ADC. Last we are going to send UART instructions and data in two channels to a MIDI Shield, this project is for your learning objective and you do not have to implement it physically.

Whether you are an engineering student, an engineer, a maker, an electronics enthusiast, or anyone interested in this subject, this course is for you

I hope you enjoy the course!

Course Curriculum

Chapter 1: Introduction

Lecture 1: Introduction to the course

Lecture 2: Course plan

Chapter 2: Hardware and Software in use

Lecture 1: The touch screen we use in the course – Part 1

Lecture 2: The touch screen we use in the course – Part 2

Lecture 3: The development board we use int eh course – Part 1

Lecture 4: The development board we use int eh course – Part 2

Lecture 5: The TTL to USB module we use in the course – Part 1

Lecture 6: The TTL to USB module we use in the course – Part 2

Lecture 7: The Nextion IO adaptor we use in the course – Part 1

Lecture 8: The Nextion IO adaptor we use in the course – Part 2

Lecture 9: Bezel for the screen

Lecture 10: Downloading and installing Nextion Editor

Lecture 11: Explaning Nextion Editor interface – Part 1

Lecture 12: Explaning Nextion Editor interface – Part 2

Lecture 13: Explaning Nextion Editor interface – Part 3

Lecture 14: Adding and using fonts

Lecture 15: Changing attributes of a text box with a touch

Lecture 16: Scrolling text box

Lecture 17: Number box

Lecture 18: Using buttons

Lecture 19: Using Dual State buttons and Timers

Lecture 20: Receiving data on the screen

Lecture 21: Sending data from the screen

Lecture 22: A bit more about the NExtion Editor interface

Chapter 3: Using the GPIO of the Screen

Lecture 1: GPIOs of the Screen

Lecture 2: GPIOs as Output – Diagram and configurations

Lecture 3: Controling an LED from screen – Setting up the project in Nextion Editor

Lecture 4: Testing the LED project

Lecture 5: GPIOs as input

Lecture 6: GPIO as Pulse Width Modulation PWM

Lecture 7: Implementing the project in Nextion Editor – Part 1

Lecture 8: Implementing the project in Nextion Editor – Part 2

Lecture 9: Testing the Project – GPIO as PWM

Chapter 4: Creating a custom animated guage

Lecture 1: Creating an animated guage – plan and graphics

Lecture 2: Creating the animated guage – Part 1

Lecture 3: Creating the animated guage – Part 2

Lecture 4: Creating the animated guage – Part 3

Lecture 5: Testing the project

Lecture 6: Graphics types

Lecture 7: Design software and graphics sources

Chapter 5: Receiving UART data on the screen – Creating a battery level tester

Lecture 1: Project oerview

Lecture 2: Project layout and plan

Lecture 3: Creating Page 1 in Nextion Editor

Lecture 4: Creating Page 2 in Nextion Editor

Lecture 5: Creating Page 3 in Nextion Editor

Lecture 6: Sending the project to the screen

Lecture 7: Explaining what to change on screen when we read the battery value

Lecture 8: Explaining the change and the code plan

Lecture 9: Code plan – Part 1

Lecture 10: Code plan – Part 2

Lecture 11: Code plan – Part 3

Lecture 12: Code plan – Part 4

Lecture 13: Setting up the project in CubeIDE – Part 1

Lecture 14: Setting up the project in CubeIDE – Part 2

Lecture 15: Setting up the project in CubeIDE – Part 3

Lecture 16: Solving and understanding ADC reading

Lecture 17: ADC reading from the battery and the battery ranges

Lecture 18: ADC reading table

Lecture 19: Implementing the function in the code

Lecture 20: Connecting UART 6 on the Nucleo board

Lecture 21: Including the battery reading in the code

Lecture 22: Final code debugging and testing

Chapter 6: Sending UART Data from screen – MIDI Controller project

Lecture 1: Introduction to the project

Lecture 2: The hardware used in the project

Lecture 3: MIDI Protocol

Lecture 4: Debugging the project in Nextion Editor

Lecture 5: Explaining the project in Nextion Editor

Lecture 6: Seeting the project in CubeIDE and solving the assignement

Lecture 7: Understanding the system and the code plan for the project

Lecture 8: Explaning the MIDI instructions on the code

Lecture 9: Testing the project

Lecture 10: Testing the project with a logic analyzer

Instructors

Wissam Botros, P.Eng, CID
P.Eng – PMP – Application Engineer

Rating Distribution

1 stars: 0 votes

2 stars: 0 votes

3 stars: 0 votes

4 stars: 0 votes

5 stars: 1 votes

Frequently Asked Questions

How long do I have access to the course materials?

You can view and review the lecture materials indefinitely, like an on-demand channel.

Can I take my courses with me wherever I go?

Definitely! If you have an internet connection, courses on Udemy are available on any device at any time. If you don’t have an internet connection, some instructors also let their students download course lectures. That’s up to the instructor though, so make sure you get on their good side!