STM32嵌入式Rust开发：从no_std到外设编程实战

本课程专为有Rust基础的开发者设计，深入STM32微控制器裸机编程，掌握HAL、GPIO、UART、定时器及中断处理，实现安全高效的固件开发。

原始标题：STM32 Embedded Rust: Foundations & Peripherals – Part 1

本课程专为具备 Rust 基础的开发者设计，核心围绕 no_std 裸机环境展开，深入剖析如何将 Rust 的所有权模型与类型系统完美应用于 STM32 微控制器开发。学员将彻底摆脱对操作系统的依赖，掌握硬件抽象层（HAL）与外设访问层（PAC）的运作机制，从而在编译阶段消除传统嵌入式开发中常见的并发冲突与内存安全隐患。

在实战技能方面，课程涵盖了从零搭建嵌入式编译链到完整固件开发的全套流程。学员将亲手编写代码实现 GPIO 引脚控制、UART 串口通信、硬件定时器配置以及安全的数据流中断处理，最终能够独立构建出既具备极致低功耗性能、又拥有现代语言安全保障的工业级 STM32 嵌入式固件。

Published 8/2026
MP4 | Video: h264, 1920×1080 | Audio: AAC, 44.1 KHz, 2 Ch
Language: English | Duration: 5h 24m | Size: 4.06 GB

Learn Embedded Rust, no_std, STM32 HALs, GPIO, UART, timers, interrupts, and safe peripheral programming from the ground

What you’ll learn
Build STM32 firmware with Rust using no_std, HALs, GPIO, UART, timers, interrupts, and Rust’s safety guarantees.
Learn to program STM32 microcontrollers with Rust, from no_std fundamentals to safe, efficient peripheral control
Master Embedded Rust on STM32: no_std, HALs, GPIO, UART, timers, interrupts, ownership, and safe peripheral programming.
Develop safe STM32 firmware in Rust and gain hands-on experience with peripherals, interrupts, HALs, and no_std development.
Learn how to apply Rust’s ownership and type system to real STM32 firmware while controlling GPIO, UART, timers, and interrupts.

Requirements
A working knowledge of Rust is required. Familiarity with embedded systems or STM32 is helpful, but not required for this course.

Description
Build Real STM32 Firmware with Rust

Ready to move beyond Rust tutorials and start buildingreal embedded firmware on STM32 microcontrollers?

STM32 Embedded Rust: Foundations & Peripherals — Part 1 takes you from the fundamentals of embedded Rust to writing safe, efficient firmware that interacts directly with real hardware.

You’ll learn how to use Rust in a resource-constrainedno_std environment, work with STM32 microcontrollers through Hardware Abstraction Layers (HALs), and control essential peripherals such as GPIO, UART, and timers. Along the way, you’ll discover how Rust’s ownership and type systems can help you write embedded software that is safer, more reliable, and easier to maintain—without sacrificing the low-level control and performance that STM32 developers expect.

What you’ll learn

By the end of this course, you’ll be able to

– Set up a Rust development environment forSTM32 embedded development

– Understand the fundamentals of Rust in ano_std environment

– Use STM32HALs to interact with microcontroller peripherals

– Configure and controlGPIO

– Implement serial communication usingUART

– Work withhardware timers and timing

– Understand and useinterrupts

– Apply Rust’sownership and borrowing model to embedded firmware

– Safely manage resources shared between different parts of your application

– Build efficient firmware without a garbage collector or runtime overhead

– Understand the relationship between Rust’s safety guarantees and embedded systems programming

Learn Embedded Rust by Building

This isn’t a course where you’ll spend hours writing Rust code that never leaves your computer.

You’ll apply what you learn to the problems that embedded developers actually face: configuring hardware, communicating with peripherals, responding to interrupts, managing shared resources, and writing firmware that needs to behave predictably.

You’ll also develop an important mental model foridiomatic embedded Rust. Rather than simply translating C code into Rust, you’ll learn how to take advantage of Rust’s type system, ownership model, and compile-time guarantees to design better firmware.

Why STM32 and Rust?

STM32 is one of the most widely used microcontroller families in embedded development. Rust brings modern language safety and powerful abstractions to this world while retaining the performance and hardware control required by resource-constrained systems.

That combination makes Rust particularly compelling for developers who care aboutmemory safety, reliability, performance, and maintainable firmware.

Who is this course for?

This course is designed for

– Embedded C/C++ developers who want to learnRust for STM32

– Rust developers looking to enterembedded systems

– Firmware engineers interested in modern embedded development

– Electronics and hardware developers who want to write firmware in Rust

– Students, makers, and experienced hobbyists interested in STM32

You don’t need to be an expert in Rust to get started. The course introduces the embedded-specific concepts progressively while maintaining the technical depth needed to build a solid foundation.

The Beginning of Your Embedded Rust Journey

This isPart 1 of the STM32 Embedded Rust series.

In this part, you’ll establish the foundations you’ll need for more advanced firmware development:Rust, no_std, STM32 HALs, GPIO, UART, timers, interrupts, and safe peripheral programming.

Future parts build on these concepts to explore increasingly advanced topics such asperformance, concurrency, reliability, and production-grade STM32 firmware.

If you’re ready to take Rust out of the desktop environment and put it to work on real microcontrollers,this course will give you the foundation you need to start building STM32 firmware with confidence.

Who this course is for
Rust developers who want to learn embedded programming on STM32 and build safe, efficient firmware using real microcontroller peripherals.