Description
STM32 Embedded Rust: Foundations & Peripherals – Part 1. This course explores how to program and develop firmware for STM32 microcontrollers using Rust and manage hardware peripherals. The Rust in STM32 Embedded Systems course teaches learners how to go beyond theoretical training and start programming real firmware for STM32 microcontrollers. The first part of a comprehensive series, this course takes the audience from the basics of Rust in embedded systems to writing secure, efficient, and hardware-connected firmware. This course thoroughly explores how to use Rust in a no_std constrained environment without an operating system, interact with microcontrollers through hardware abstraction layers (HALs), and control critical peripherals such as GPIO, UART, and timers. Rust’s proprietary and type-based system helps developers write more secure and reliable embedded software without sacrificing the low-level control and performance required by the hardware. This course is completely hands-on, based on solving real-world problems for embedded systems engineers. Instead of writing abstract computer code, participants will tackle real-world challenges such as configuring hardware, communicating with peripherals, responding to interrupts, and managing shared resources. Combining the popular STM32 microcontroller family with Rust’s memory safety and powerful abstractions creates a modern approach to developing maintainable firmware. By the end of this course, learners will have a sound mental model for basic Rust programming and a foundation for more advanced topics such as concurrency, performance, and industrial firmware production. In addition, the course will help developers understand the differences between traditional C programming and modern Rust programming. Compile-time guarantees in Rust prevent common memory errors and incorrect hardware accesses. This tutorial walks through complex concepts step-by-step so that people can optimize their code structure and design predictable, stable frameworks for real-world projects.
What learners will learn in this course
- Setting up the development environment: Configuring and preparing the Rust programming environment for developing STM32 embedded systems.
- Understanding the no_std environment: Familiarity with the basic principles and concepts of the Rust language in environments without standard libraries.
- Working with the Hardware Abstraction Layer (HAL): Using the STM32-specific HAL to interact with microcontroller peripherals.
- GPIO configuration and control: Manage hardware digital inputs and outputs.
- Serial communication with UART: Implementation of the UART communication protocol for data exchange.
- Timers and scheduling management: Work with hardware timers and precisely control program scheduling.
- Interrupt Management: Understanding the concept of interrupts and responding to hardware events.
- Applying the Ownership and Lending Model: Implementing Rust’s ownership system in embedded systems frameworks.
- Secure shared resource management: Securely manage and control shared data and resources between different parts of the application.
- Optimized firmware development: Build efficient applications without the need for a garbage collector or runtime overhead.
This course is suitable for people who:
- Embedded C and C++ developers: Engineers who want to learn Rust for STM32 microcontrollers.
- Rust Developers: Rust programmers who are interested in entering the world of embedded systems and hardware.
- Firmware Engineers: Specialists who seek to apply modern methods in hardware software development.
- Electronics and hardware developers: People who want to write their hardware code with high Rust safety.
- Students and STM32 enthusiasts: Anyone who wants to experience microcontroller programming with modern tools.
Course details STM32 Embedded Rust: Foundations & Peripherals – Part 1
- Publisher: Udemy
- Instructor: Pie Labs
- Training level: Beginner to advanced
- Training duration: 5 hours and 24 minutes
- Number of lessons: 45
Course topics
Prerequisites for the STM32 Embedded Rust: Foundations & Peripherals – Part 1 course
- A working knowledge of Rust is required. Familiarity with embedded systems or STM32 is helpful, but not required for this course.
Course images
Sample course video
Installation Guide
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Subtitles: None
Quality: 1080p
Download link
Rapidgator link
File(s) password: www.downloadly.ir
File size
3.8 GB