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system Advanced 21 lessons

Rust Systems Programming

Write memory-safe systems code. Master ownership, borrowing, lifetimes, and concurrency in Rust to build high-performance software.

Rust provides memory safety without a garbage collector, making it ideal for systems programming. This course dives deep into Rust's unique ownership model and borrow checker. You will learn to write thread-safe concurrent code without race conditions, handle errors robustly using Result/Option types, and interact with low-level system resources. We cover building CLI tools, networking services, and integrating with C libraries via FFI. The future of systems engineering.

✅ 100% Free & Lifetime Access
⏱️ 5-Minute Lessons (Bite-sized learning)
🚀 21-Lesson Path (Independent modules)
📱 Mobile Friendly (Learn anywhere)
Systems Guild
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Secure Enrollment via SSL

Complete Course Syllabus

  • 1
    Ownership & Borrowing
    The rules of memory safety without garbage collection.
  • 2
    Structs & Enums
    Data modeling and pattern matching in Rust.
  • 3
    Error Handling
    Using Result and Option types effectively.
  • 4
    Concurrency
    Threads, Mutexes, and message passing channels.
  • 5
    Async Rust
    Writing non-blocking network code with Tokio.

Estimated completion time: 21 lessons • Self-paced learning • Lifetime access

Career Outlook

Estimated Salary
$140k - $190k

Career Paths

Rust Engineer $140k-$190k
Systems Engineer $130k-$180k
Blockchain Developer $150k-$220k

What You Will Learn

Write memory-safe code using Rust's ownership model
Debug compile-time errors related to borrowing and lifetimes
Implement fearless concurrency using threads and channels
Build high-performance CLI tools and network services
Integrate Rust with existing C/C++ codebases via FFI

Skills You Will Gain

Rust Programming Memory Safety Concurrency Systems Architecture Cargo Ecosystem

Who Is This For

Systems Engineers
C++ Developers
Performance Fanatics

Prerequisites

C/C++ Knowledge
Systems Concepts

Rust Systems Programming FAQs

Hard to learn?

Steep learning curve due to the Borrow Checker.

Vs C++?

Rust guarantees memory safety; C++ does not.

Use cases?

CLI tools, WebAssembly, Crypto, and Kernels.

Job market?

Rapidly growing, especially in Infra and Crypto.

Need more info?
All Reork courses are 100% free, self-paced, and fully accessible on mobile devices. No prior experience is required. Read our full Platform FAQ.

Tech Stack & Tools

Rustc
Cargo
VS Code
Clippy
Tokio

Recommended Next Steps

Compiler Construction

system Advanced

Build your own programming language. Master Lexing, Parsing, ASTs, and Code Generation using LLVM to understand how code runs.

System Security Architecture

system Advanced

Design secure hardware and OS environments. Master Secure Boot, Trusted Execution Environments (TEE), and isolation technologies like ARM TrustZone.

Embedded Systems (C)

system Intermediate

Program close to the metal. Master bare-metal C, register manipulation, interrupts, and drivers for microcontrollers like STM32.

Your Next Steps

3 recommended paths based on what you're learning

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