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Nouman Azam

Programming languages usually have some tradeoffs. There are low level languages like C anc C++ usually have speed and control at the cost of memory safety. On the other hand, we high level languages such as python or java script are more safer but are not very efficient from power and speed perspectives. With rust we have best of both the worlds. More specifically, it is a system programming language which means they have speed and control but at the same time are much much better because of the safety features just like high level languages. This makes rust so clearly standout among all the other programming languages.

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Programming languages usually have some tradeoffs. There are low level languages like C anc C++ usually have speed and control at the cost of memory safety. On the other hand, we high level languages such as python or java script are more safer but are not very efficient from power and speed perspectives. With rust we have best of both the worlds. More specifically, it is a system programming language which means they have speed and control but at the same time are much much better because of the safety features just like high level languages. This makes rust so clearly standout among all the other programming languages.

Its popularity is increasing day by day and is therefore being adapted by bigger companies world wide. Google is also planning to use Rust in the Linux kernel, Microsoft, meanwhile, has turned to Rust to reduce memory-related bugs in Windows and Facebook has also forged closer ties with Rust, joining the Rust Foundation. All these are clear indications that Rust is gaining significant attention of the community.

At 18+ hours of video tutorials, this course will take you from beginner to master level.  This course is designed from a perspective of a student who has no prior knowledge of RUST and who is a RUST beginner.

Throughout this comprehensive course, we cover a massive amount of skills and techniques including:

  • Basic rust programming syntax and Common Rust Collectors

  • Enums, Traits,  Structures, Generics, Lifetimes and Closures

  • Rust Module System, the use of External Crates and Publishing Crates

  • Smart Pointers and Commonly used Data Structures including linklists, trees, BST and doubly linklist

  • Advance Techniques including macros, Concurrency and Aysnc Programming

  • Real Life Problem where we will learn 13 Real Life Applications in rust from Scratch

  • Efficient programming skills including Design Patterns, Efficient handling of Options, Strings and Structures

  • Textual Processing and Directory Handling

  • Webprogramming 

The course ensures that you learn by doing

  • Practice exercise questions along with solutions

  • Quizes and

  • Assignments

By taking this course, you will become a fluent in RUST programming and you'll be so good so that you can confidently and professionlay code in the language.

Don't just rely on my word, check what some of our existing students have to say about my courses.

"I had viewed the video in the propose sequence, as well, as I had looked at some videos outside of the instructor propose sequence, and only had one thing to say: - This course is excellent"  Gabriel Federo Hungria

"I have gone through the course on MATLAB Gui by the instructor. It was an A++ experience. He is the best instructor, really professional and knows exactly what to teach. Thanks for your wonderful contribution to help us understand MATLAB." Kunal Singh

"Very interesting course, complete functionality of Matlab was explained and the quizzes further helped with the learning process." Hassan Ayub

Pleaset note… I am very confident that you will like the course and therefore provides you with a FULL money back guarantee for 30 days. So there is a ZERO risk and nothing to loose.

Finally, i am super excited to teach you RUST programming, so hit enroll and enjoy learning RUST

Enroll now

What's inside

Learning objectives

  • Develop beginer to advance level skills of rust programming
  • Learn the basic syntax of rust and its feature of memory safety
  • Developed an understanding of advance level concepts such as generics, traits, lifetimes and closures
  • Gain hands-on experience of solving some intermediate to advance level problems using rust

Syllabus

Course Orientation
Course introduction
Version 2.0 of the Course
Advice
Read more
Installing Rust and Web-based Enviroment for Executing Programs
Running and Compiling your First Program
VS Code Setting
Tell us About the Course
Links to Useful Books on Rust

Please find details for the quick reference material for the course in the form of cheatsheets. They will be helpful for you in recalling the basic syntax.


Rust Cheat Sheets list

Extensive Cheat Sheets

1. The Rust Cheat Sheet by cheats.rs

Online Link: https://cheats.rs/

Description: An extensive cheat sheet touching almost all important aspects of the languages.

________________________________________________________________________

2. Rust in a Nutshell

Online Link: https://github.com/donbright/rust-lang-cheat-sheet/blob/master/README.md

Description: A detailed overview of the syntax covering both beginner and advance level topics.

________________________________________________________________________

3. Rust Cheat Sheet by Zero to Mastery

Online Link: https://zerotomastery.io/cheatsheets/rust-cheat-sheet/

Description: Another detailed and extensive cheat sheet.

________________________________________________________________________

Moderate level Cheat Sheets

4. LGR Rust Cheat

Online Link: https://docs.google.com/document/d/1kQidzAlbqapu-WZTuw4Djik0uTqMZYyiMXTM9F21Dz4/edit

Description: Intermediate level cheat sheet.

________________________________________________________________________

Compact Cheat Sheets

5. Rust Cheat Sheet by QuickRef.Me (Online Only)

Online Link: https://quickref.me/rust.html

Description: Brief and a quick reference.

________________________________________________________________________

6. Rust Cheat Sheet (One pager)

Online Link: https://phaiax.github.io/rust-cheatsheet/

Description: A one pager cheat sheet.

________________________________________________________________________

7. Rust Container Cheat Sheet (One pager)

Online Link: https://docs.google.com/presentation/d/1q-c7UAyrUlM-eZyTo1pd8SZ0qwA_wYxmPZVOQkoDmH4/

Description: A one pager cheat sheet for understanding different types of containers in rust.

________________________________________________________________________


---- Part 1: Basic Programming with Rust ----
Code Files Used in the Section
Quick Startup
Variables and Constants
Practice on Variables
Primitive Data Types
Compound Data Types
Practice on Data Types
Functions and Code Blocks
Practice on Functions
Conditionals
Control Flow
Practice on Conditionals and Control Flow
Extra - Comments, Prints Commands, Input
Test Your Knowledge
Ownership
Ownership Basics
Ownership in Functions
Practice on Ownership
Borrowing Basics
Borrowing in Functions
Practice on Borrowing
Dereferencing
Let's Test Your Knowledge
Extra: Good to know
Custom and Library Provided Useful Types
Structs Basics
Practice on Structs
Adding Functionality to Structs
Enums
Practice on Enums
Option
Practice on Option
Result
Practice on Result
Extra: HashMaps
Practice on HashMaps
Organizing Your Code
Code Organization
Modules Basics
Practice on Modules
Visualizing and Organizing Modules
A note on the previous lecture
Re-exporting and Privacy
Practice on Re-exporting and Privacy
Using External Dependencies
Publishing your Crate
Testing Code
Unit Testing (Basics)
Unit Testing (Testing Panics)
Controlling Tests Execution
Practice on Testing
Integration Tests
Extra: Benchmark Testing
---- Part 2: Intermediate Level Concepts ----
Flexibility and Abstraction with Generics and Traits
Generics
Practice on Generics
Traits
Practice on Traits
Trait Bounds
Practice on Trait Bounds
Supertraits
Practice on Supertraits
Trait Objects
Practice on Trait Objects
Derived Traits and Marker Traits
Associated Types in Traits
Practice on Associated Types
Choosing Associated vs Generic Type
Functional Programming Aspects
Closures
Practice on Closures
Functional Pointers
Practice on Functional Pointers
Iterators
IntoIter
Practice on Iterators and IntoIter
Iterating over Collections
Combinators
Practice for Iterating over Collections and Combinators
Extra - Iterating Through Option
Memory Management Features
Lifetimes (Part 1)
Lifetimes (Part 2)
Practice on Lifetimes (Part 2)
Lifetime Elision

Good to know

Know what's good
, what to watch for
, and possible dealbreakers
Covers topics such as generics, traits, and closures, which are essential for writing robust and maintainable Rust code, making it suitable for those looking to deepen their understanding
Includes coverage of advanced techniques like macros, concurrency, and async programming, which are valuable for building high-performance and scalable applications in Rust
Features real-life problem-solving with 13 applications built from scratch, providing practical experience and demonstrating the versatility of Rust in various domains
Includes modules on testing code, including unit and integration tests, which are crucial for ensuring code quality and reliability in Rust projects
Requires no prior knowledge of Rust, making it accessible to beginners while still offering advanced topics for experienced programmers
Includes cheat sheets for quick reference, which can be helpful for learners of all levels to quickly recall syntax and concepts

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Activities

Be better prepared before your course. Deepen your understanding during and after it. Supplement your coursework and achieve mastery of the topics covered in Rust Programming Course: From Beginner to Expert 2.0 with these activities:
Review Ownership and Borrowing
Solidify your understanding of Rust's ownership and borrowing system before diving deeper into the course. This will prevent common errors and frustrations later on.
Browse courses on Ownership
Show steps
  • Read the relevant chapter in 'The Rust Programming Language' book.
  • Work through the examples in the book.
  • Try rewriting the examples without looking at the book.
Read 'The Rust Programming Language'
Use this book as a reference to deepen your understanding of Rust concepts. It provides clear explanations and examples.
Show steps
  • Read the chapters relevant to the current course module.
  • Work through the examples provided in the book.
  • Experiment with the code and try modifying it.
Implement Data Structures
Reinforce your understanding of structs, enums, and memory management by implementing common data structures in Rust.
Show steps
  • Implement a singly linked list.
  • Implement a binary search tree.
  • Implement a hash map.
Four other activities
Expand to see all activities and additional details
Show all seven activities
Read 'Programming Rust'
Use this book to expand your knowledge of Rust and explore more advanced topics. It offers a different perspective and deeper insights.
Show steps
  • Read the chapters that cover topics you find challenging in the course.
  • Compare the book's explanations with the course materials.
  • Try the exercises and examples in the book.
Write a Blog Post on Rust's Memory Safety
Explain Rust's memory safety features in a blog post. This will force you to articulate your understanding and identify any gaps in your knowledge.
Show steps
  • Research Rust's memory safety mechanisms (ownership, borrowing, lifetimes).
  • Write a clear and concise explanation of these concepts.
  • Provide examples to illustrate how Rust prevents memory errors.
  • Publish your blog post on a platform like Medium or your own website.
Build a Command-Line Tool
Apply your Rust knowledge by building a practical command-line tool. This will help you solidify your understanding of various concepts and libraries.
Show steps
  • Choose a simple command-line tool to implement (e.g., a simple file converter or a task manager).
  • Plan the project and break it down into smaller tasks.
  • Implement the tool, focusing on clean code and error handling.
  • Write unit tests to ensure the tool works correctly.
Contribute to a Rust Project
Gain practical experience and learn from experienced developers by contributing to an open-source Rust project. This will expose you to real-world code and best practices.
Show steps
  • Find a Rust project on GitHub that interests you.
  • Read the project's documentation and contribution guidelines.
  • Identify a small bug or feature to work on.
  • Submit a pull request with your changes.

Career center

Learners who complete Rust Programming Course: From Beginner to Expert 2.0 will develop knowledge and skills that may be useful to these careers:
Systems Programmer
A Systems Programmer works on low-level software, such as operating systems, device drivers, and embedded systems, where performance and memory safety are critical. This Rust Programming Course is highly beneficial for anyone aspiring to be a systems programmer since it focuses on the Rust programming language, which is designed for performance and memory safety. The course covers Rust's memory management features, crucial for systems programming, and techniques for building high-performance applications. This course can help developers learn to maximize resource utilization and reduce bugs in system-level code. Furthermore, the course’s focus on advanced techniques including concurrency and asynchronous programming is particularly relevant as such considerations are critical in modern systems programming.
Operating System Developer
An Operating System Developer is responsible for creating and maintaining the core software that manages computer hardware and resources. This Rust Programming Course is highly relevant for any aspiring Operating System Developer due to Rust's focus on memory safety, performance, and low-level control. The course covers concepts like ownership, borrowing, and lifetimes, which are critical for writing safe and efficient operating system code. The course also addresses concurrency and asynchronous programming, which are essential for modern operating systems. The course provides a pathway to understanding and implementing key OS features. A solid understanding of Rust as provided by the course will be instrumental to the success of an Operating System Developer.
Embedded Systems Engineer
An Embedded Systems Engineer designs, develops, and tests software for devices with dedicated functions, often with limited resources. This Rust Programming Course would particularly benefit aspiring embedded systems engineers because Rust is well-suited for such roles due to its memory safety focus, performance, and control over hardware which are key for embedded systems. This course's coverage of low-level programming concepts, including memory management and data structures, is directly applicable to embedded systems development. The course’s focus on traits, generics, and lifetimes provides the tools needed to build robust and reliable embedded applications. Learning from this course will prepare one to handle the complex requirements of embedded systems engineering.
Software Engineer
A Software Engineer designs, develops, and maintains software applications. While this role covers a broad spectrum, this Rust Programming Course can be particularly valuable for software engineers working on performance-critical or safety-sensitive applications. The course's deep dive into Rust's memory safety features and its concurrency model helps engineers write safer, more efficient code. The course also covers advanced techniques such as generics, traits, and lifetimes, which are essential for building robust maintainable software. The course provides the practical skills necessary to apply Rust in real-world software development. By mastering Rust, software engineers will be prepared to tackle a wide range of development challenges.
Game Developer
A Game Developer creates video games, often needing to maximize speed and manage resources carefully. This Rust Programming Course is particularly beneficial for a Game Developer because Rust is exceptionally performant and promotes memory safety and efficiency. The course's focus on low-level control and efficient resource usage are critical skills for game development, which is extremely performance sensitive. The course's emphasis on data structures and algorithms further equips learners to implement complex game mechanics. The course also covers concurrency and asynchronous programming, allowing game developers to optimize multi-threaded and networked game logic. This course prepares a game developer to create high-performance and bug-free games, leveraging Rust's capabilities.
WebAssembly Developer
A WebAssembly Developer creates high-performance applications that run in web browsers using WebAssembly. This Rust Programming Course is extremely useful for an aspiring WebAssembly Developer because Rust compiles to WebAssembly, and this course provides the knowledge to create wasm modules. The course’s emphasis on memory safety and high-performance aligns perfectly with the goal of creating efficient web applications. A WebAssembly Developer will also find the course's coverage of traits, generics, and lifetimes instrumental to building scalable applications. This course provides the skills to harness rust to create powerful web applications. This course can help individuals enter this field.
High Frequency Trading Developer
A High Frequency Trading Developer creates systems for financial trading, which requires extremely low latency and high performance. This Rust Programming Course is particularly useful for an aspiring High Frequency Trading Developer due to Rust's emphasis on speed and efficient resource usage. The course covers memory management and concurrency, essential for building fast and reliable trading systems. The course's attention to data structure implementation as well as algorithmic efficiency makes it a good fit for the kind of work that a High Frequency Trading Developer will undertake. Furthermore, the course also goes over asynchronous programming, a cornerstone of high frequency systems. This course can help individuals enter this field.
Compiler Engineer
A Compiler Engineer develops software that translates code from one programming language to another, and requires a deep understanding of programming language theory and low-level software principles. This Rust Programming Course may be useful for an aspiring compiler engineer as Rust is a systems language that gives one insight into low-level concepts and memory management. Rust's focus on performance and efficiency provides a valuable perspective for compiler design. Furthermore, the course's in depth treatment of data structures and algorithms helps in the construction of efficient compilers. Although this role typically requires an advanced degree, this course may help build a foundation in a language that is relevant within the field of compiler engineering.
Blockchain Developer
A Blockchain Developer builds decentralized applications and smart contracts using blockchain technology. This Rust Programming Course can be helpful for a Blockchain Developer because Rust's focus on performance and security makes it an excellent choice for developing blockchain applications. This course’s coverage of low-level programming concepts and efficient resource management are beneficial for blockchain development, which often deals with cryptography and consensus algorithms. The course also covers concurrency and asynchronous programming, which is critical for scalable blockchain solutions. Although this field typically requires a background in cryptography or distributed systems, this course can help a developer with the requisite programming skills with Rust.
Robotics Engineer
A Robotics Engineer designs, develops and tests robotic systems, requiring a combination of software and hardware knowledge. This Rust Programming Course may be useful for an aspiring Robotics Engineer due to Rust's real-time performance and memory safety, which are critical for robotic control systems. The course's coverage of low-level programming concepts and data structures provides a foundation for developing embedded software for robots. Additionally, the concurrency and asynchronous programming instruction can help in designing robust systems that can integrate many disparate features. While expertise in robotics-specific topics is also recommended, this course can help with the development of software for robotic systems.
Database Engineer
A Database Engineer designs and maintains databases, which are critical for most software systems. This Rust Programming Course may be useful to a Database Engineer because Rust’s core strengths in efficiency and memory safety are helpful, especially when one is concerned with high throughput and reliability. The course covers data structures and low level programming, which is valuable when designing and optimizing database systems. The course's study of concurrency and asynchronous programming provides knowledge relevant to concurrent database operations. Although database courses themselves are recommended for this role, an understanding of a low-level language like Rust is helpful to those in this role.
Software Architect
A Software Architect designs the structure of software systems, ensuring they meet performance and scalability requirements. This Rust Programming Course may be useful for a Software Architect as understanding system level programming concepts helps one make good architectural decisions. The course covers advanced features such as generics, traits, and lifetimes, which are valuable for designing complex and robust systems. The course’s focus on memory management and concurrency will also help one make choices when designing for performance. While architecture requires a wide breadth of knowledge, this course may help one build expertise in systems that require high levels of performance and reliability.
Network Engineer
A Network Engineer designs and maintains computer networks. This Rust Programming Course may be useful for a Network Engineer because Rust's efficiency and safety are beneficial for developing network tools and services. The course's discussion of concurrency and asynchronous programming is particularly relevant for building robust network applications. The course's deep dive into low-level programming concepts is also relevant to optimizing network performance. While network engineering requires additional specialized knowledge, this course may help build a foundation for development in this space, especially where performance is a requirement.
Artificial Intelligence Engineer
An Artificial Intelligence Engineer develops, tests, and deploys intelligent systems. This Rust Programming Course may be useful for an Artificial Intelligence Engineer who needs to implement low-level and performance critical code in AI systems. The course covers data structures, algorithms, concurrency, and asynchronous programming, all of which are relevant to AI implementation. Rust's memory safety and performance can be particularly useful especially when implementing AI systems on resource-constrained hardware. Although AI roles often entail other specialized knowledge, this course can help when implementing an AI system, especially with respect to performance.
Data Scientist
A Data Scientist analyzes data to gain insights using various tools and techniques. This Rust Programming Course may be useful for a Data Scientist if they wish to use Rust for performance-critical tasks in data processing and analysis. The course covers efficient data structures and algorithms which are a foundation for data manipulation. The study of concurrency and asynchronous programming can help when constructing and improving pipelines. While many data scientists typically work with Python or R, this course may help build expertise in performance-oriented data engineering and analysis using Rust.

Reading list

We've selected two books that we think will supplement your learning. Use these to develop background knowledge, enrich your coursework, and gain a deeper understanding of the topics covered in Rust Programming Course: From Beginner to Expert 2.0.
Is the official guide to Rust programming. It covers everything from basic syntax to advanced concepts like concurrency and memory management. It valuable resource for both beginners and experienced programmers. This book is commonly used as a textbook at academic institutions.
Provides a comprehensive introduction to Rust, covering both the language itself and its ecosystem. It good choice for experienced programmers who want to learn Rust quickly. It provides more depth than the official guide and is valuable as additional reading.

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