Professional Curriculum (24 Modules)

Rust Mastery

The definitive roadmap to fearless concurrency and memory safety. Master the modern systems language transforming the backend world.

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Language

Rust (2026 Edition)

Modules

24 Chapters

Level

Zero to Production

Focus

Performance & Safety

Core Curriculum

Master the borrow checker. Click any module below to begin your journey.

Foundations

What is Rust? The Complete Introduction (2026)

What Rust is, why it was created, how it compares to C/C++, and why systems programmers worldwide are switching to Rust.

Rust Installation and Setup: Cargo, Rustup, and Your First Program

Installing Rust with rustup, understanding the toolchain, creating your first Cargo project, and writing Hello World in Rust.

Rust Variables, Data Types, and Constants: The Complete Guide

let bindings, mutability, shadowing, scalar types, compound types, tuples, arrays, and type inference in Rust.

Rust Functions and Control Flow: if, loop, while, for Explained

Defining functions, return types, expressions vs statements, if/else, loops, while, for ranges, and break with values.

Rust Ownership: The Core Concept Every Rust Developer Must Master

The three ownership rules, move semantics, the Copy trait, the Drop trait, and how Rust guarantees memory safety without a garbage collector.

Core Concepts

Rust Borrowing and References: &T, &mut T, and the Borrow Checker

Immutable and mutable references, borrowing rules, dangling references, and how the borrow checker prevents data races at compile time.

Rust Structs and Methods: Building Custom Data Types

Defining structs, tuple structs, unit structs, impl blocks, methods vs associated functions, and the Debug and Display derives.

Rust Enums, Option, and Result: Expressive Type-Safe Error Handling

Enums with data, the Option<T> type, the Result<T,E> type, the ? operator, and how Rust eliminates null pointer exceptions.

Rust Pattern Matching: match, if let, while let, and Destructuring

Exhaustive pattern matching with match, guard clauses, if let shorthand, while let loops, and destructuring structs, enums, and tuples.

Rust Traits and Generics: Writing Reusable, Type-Safe Code

Defining traits, implementing traits for types, default methods, generic type parameters, trait bounds, and the impl Trait syntax.

Systems Programming

Rust Lifetimes: Annotating References for the Borrow Checker

Lifetime annotation syntax, lifetime elision rules, struct lifetimes, the 'static lifetime, and how lifetimes prevent dangling references.

Rust Closures and Iterators: Functional Programming in Rust

Closure syntax, Fn/FnMut/FnOnce traits, capturing environment, the Iterator trait, map/filter/collect, and writing custom iterators.

Rust Smart Pointers: Box, Rc, RefCell, Arc, and Mutex Explained

Box<T> for heap allocation, Rc<T> for reference counting, RefCell<T> for interior mutability, Arc<T> and Mutex<T> for safe concurrency.

Rust Concurrency: Threads, Channels, and Shared State

Spawning threads with std::thread, message passing with channels, Arc and Mutex for shared state, Send and Sync traits, and fearless concurrency.

Rust Error Handling: Custom Errors, thiserror, and anyhow

Implementing the Error trait, creating custom error types with thiserror, using anyhow for application-level errors, and error propagation strategies.

Advanced Rust

Rust Async/Await: Asynchronous Programming with Tokio

The async/await model in Rust, the Future trait, the Tokio runtime, async functions, spawning tasks, and building non-blocking I/O applications.

Rust Macros: macro_rules! and Procedural Macros Explained

Declarative macros with macro_rules!, repetition patterns, procedural macros, derive macros, and when to use macros vs functions.

Unsafe Rust: Raw Pointers, FFI, and Breaking the Rules Safely

What unsafe enables, raw pointers, calling unsafe functions, FFI with C libraries, unsafe traits, and the principles of safe abstractions over unsafe code.

Rust Testing: Unit Tests, Integration Tests, and Documentation Tests

Writing tests with #[test], assert! macros, #[should_panic], integration tests in tests/, doc tests, cargo test flags, and test-driven development in Rust.