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Understand Rust’s concurrency model, including multi-threading and synchronization
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Build web applications with Rust and optimize them for performance
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Learn to benchmark and measure performance using Criterion and Rust’s performance lints
This Rust Programming Masterclass is designed to take you from novice to professional. You'll begin by setting up Rust and your development environment before learning core programming concepts such as variables, data types, functions, ownership, memory management, and control flow. Each lesson builds on the last, giving you a solid understanding of Rust's unique syntax and safety-focused design.
As you progress, you'll explore advanced Rust features, including generics, traits, smart pointers, iterators, and combinators for writing concise, expressive code. Hands-on projects such as stack implementation, expression evaluation, hash maps, and blockchain development reinforce key concepts while introducing practical design patterns. You'll also develop professional debugging skills using the dbg! macro, logging, tracing, panic analysis, VS Code debugging tools, and Rust formatting best practices.
By the end of the course, you'll be able to build, debug, and optimize real-world Rust applications with confidence. You'll master concurrency, error handling, web programming, iterator pipelines, and performance optimization, preparing you to develop safe, scalable, and high-performance applications using modern Rust.
This course is designed for developers and programmers interested in learning Rust, including those who want to transition from other languages like C++ or Python. No prior experience with Rust is required, but familiarity with basic programming concepts is recommended. Ideal for software developers, system architects, and engineers looking to master Rust for creating efficient, high-performance applications.
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Develop Rust applications from basic syntax to advanced programming concepts
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Master Rust ownership and memory management for safe, efficient code
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Use generics, traits, smart pointers, iterators, and combinators effectively
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Debug Rust code using dbg!, logging, tracing, panics, and VS Code tools
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Build concurrent Rust applications using native multi-threading features
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Create high-performance web and blockchain applications with Rust