Udemy – ARM Cortex-M7 STM32F7 Bare-Metal Programming From Ground Up 2021-7

Published on: 2021-12-07 16:57:27

Categories: 28

Description

ARM Cortex-M7 STM32F7 Bare-Metal Programming From Ground Up is a direct and indirect firmware development training course for ARM Cortex microcontrollers published by Udemy Academy. This training course has a completely practical and program-oriented approach and prevents you from copying pieces of code available on the Internet without understanding their depth of work. Each microcontroller is usually sold to customers with a set of help files and datasheets. These files are usually very complex and full of content and it will take a long time to read them completely. In this training course, you will start reading the help files step by step with the instructor and you will extract the necessary and basic information to start the programming process from them. You will use this information later in the development of various firmwares and drivers.

In this training course, you will use STMicroelectronics STM32F7-NUCLEO board, which is equipped with ARM Cortex-M7 microcontroller. You will not use any libraries or peripherals during the programming process, and you will develop the driver in a completely direct and bare-metal way. Careful reading of the help and description files of each piece is very important. All components in a microcontroller have a unique address range. To program or read information from a component, you must be able to obtain its exact address range and use it in your code. During the development process you will use the CMSIS standardized software interface which will help in standardizing and improving the code capabilities.

What you will learn in ARM Cortex-M7 STM32F7 Bare-Metal Programming From Ground Up

Development of firmware and drivers using embedded-c programming language
Direct and unmediated development of ADC drivers for STM32F7 microcontroller
Direct and unmediated development of UART drivers for STM32F7 microcontroller
Direct and unmediated development of GPIO drivers for STM32F7 microcontroller
Direct and unmediated development of I2C drivers for STM32F7 microcontroller
Direct programming without the need for libraries and peripheral headers
Use debugger to troubleshoot and analyze written code
Specify addresses for different peripherals
Understanding Cortex-M architecture
Deep understanding of the logic behind each line of code by directly storing data in memory
Careful reading of the information contained in the help files and datasheets of each piece

Course specifications

Publisher: Udemy
Instructors: Israel Gbati and BHM Engineering Academy
Language: English
Level: Introductory to Advanced
Number of Lessons: 50
Duration: 11 hours and 28 minutes