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Assembly Language Programming

Ross McGowan

4.3

Based on 28 ratings

, see reviews

Ross McGowan

Welcome to the exciting world of Assembly Language Programming. If you've ever wondered what happens at the lowest level of computer operation or sought a deeper understanding of the intricate dance between hardware and software, this course is your gateway. Get ready to embark on a journey that demystifies the binary realm and empowers you to write code that speaks directly to the heart of the machine.

Our comprehensive course is designed for both beginners and intermediate programmers eager to delve into the realm of assembly language. Starting with the fundamentals, we guide you through the essential concepts like adding two numbers and basic arithmetic operations, gradually building a solid foundation for your programming prowess.

Delve into the intricacies of the instruction set, uncovering the power and efficiency of direct commands that manipulate data at the most fundamental level.

But that's just the beginning. Brace yourself for a thrilling exploration of graphics programming as we dive into our Graphics Library segment. From drawing lines to crafting intricate circles, and even plotting vectors and matrices, you'll transform simple lines of code into visual masterpieces on the screen.

As you advance through the course, you'll encounter complex challenges involving real-world applications. Manipulate complex numbers with finesse, create dynamic strings with our String Library, and witness the convergence of art and logic in the realm of assembly language programming.

Embark on this thrilling journey with us, and by the end of the course, you'll not only be fluent in the language of assembly but also equipped with the skills to unleash your creativity in the digital realm. Join us and unravel the secrets of assembly language programming, where code meets machine in a symphony of logic and precision.

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What's inside

Learning objectives

Assembly language programming
Mathematics library (vectors , matrices , complex numbers)
Graphics library (points , lines , circles)

String library (copy , concatenate , length)
Fourier series (square wave)
Basic arithmetic

Assembly language programming
Mathematics library (vectors , matrices , complex numbers)
Graphics library (points , lines , circles)
String library (copy , concatenate , length)
Fourier series (square wave)
Basic arithmetic

Syllabus

Code The Machine

Setup and Files

Add 2 Numbers

Basic Arithmetic

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what should give you pause

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Taught by Ross McGowan, who are recognized for their work in x

Develops assembly language programming, graphics programming, and mathematics, which are all highly relevant to computer science

Teaches beginners essential assembly language programming concepts, such as adding two numbers and basic arithmetic operations

Teaches intermediate programmers how to use the instruction set to manipulate data at the most fundamental level

Introduces graphics programming, covering topics such as drawing lines and circles

Provides hands-on labs and interactive materials to enhance understanding

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Reviews summary

Comprehensive assembly and low-level programming

According to students, this "Assembly Language Programming" course offers a comprehensive and rewarding deep dive into the inner workings of computers. Learners frequently praise the instructor's ability to clearly explain complex topics like memory, stack, and instruction sets, making them accessible. The course provides a strong foundation for low-level programming, with many finding the hands-on coding challenges and specific library sections (Graphics, Mathematics, String) particularly insightful. However, some learners note the pace can be challenging for absolute beginners, especially those without a strong mathematical background. A few also highlighted setup difficulties or inconsistent audio quality in parts, and wished for more real-world practical applications.

Solidifies understanding through practical coding exercises.

"I really appreciated the hands-on approach. The coding challenges were well-designed and helped solidify my understanding."

"It’s a great deep dive into how computers actually work at a low level."

"I learned a ton! The demos were very helpful and provided clear examples to follow along with."

Course uniquely explores Graphics, Math, and String libraries in assembly.

"The graphics library section was a highlight, making assembly feel very visual."

"As an electrical engineering student, I found the mathematics library topics (vectors, matrices, Fourier Series) implemented in assembly incredibly insightful."

"I found the string library very useful, and the breadth of topics like numerical methods in assembly is impressive."

Instructor effectively demystifies foundational assembly topics.

"Excellent course for understanding the fundamentals of assembly language. The instructor explains complex topics clearly..."

"I found the instructor broke down the topics well, and the explanations for subroutines and the instruction set were thorough."

"I really appreciated how the course demystifies low-level operations like memory and stack management. It was very clear."

While broad, some desire more depth and practical application context.

"The course doesn't provide enough real-world context for why we're learning these specific assembly operations."

"While the instructor knows the material, I felt the explanations were sometimes hard to follow, and the examples were not always intuitive."

"I expected more practical applications, not just academic concepts, for some of the advanced topics."

Users report difficulties with initial environment setup and files.

"Setup was a nightmare. The provided files were not updated for newer systems, and I spent more time troubleshooting..."

"I found the setup a bit tricky on my specific OS, but eventually got it working after some external research."

"I believe some setup instructions could be more robust, especially for different operating systems."

Some beginners find the course challenging, especially later modules.

"This course is extremely difficult for a true beginner. The jump from basic arithmetic to complex math and graphics was too steep."

"I felt lost quickly without a stronger background in programming and mathematics."

"I felt the course covers too much ground, and some topics felt rushed, especially the numerical methods sections."

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 Assembly Language Programming with these activities:

Review a Book on Assembly Language Programming

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Review a book on assembly language programming to expand knowledge, gain deeper insights, and solidify understanding.

View x64 Assembly Language Step-by-Step: Programming... on Amazon

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Read and study the book thoroughly
Take notes and summarize key concepts
Practice the examples and exercises provided in the book

Discuss Assembly Language Concepts with Peers

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Engage in discussions with peers to clarify concepts, exchange ideas, and improve understanding of assembly language programming.

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Join or create a study group
Discuss assembly language concepts and challenges

Learn about Assembly Instruction Set

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Follow a tutorial to learn about the basic instructions available in assembly language.

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Find an online tutorial or resource that explains assembly instruction set
Study the different instructions and their usage
Try out the instructions in a simple assembly program

Four other activities

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Show all seven activities

Practice Adding Numbers in Assembly

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Practice adding numbers in assembly language to solidify understanding of basic arithmetic operations.

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Create a small assembly program that adds two numbers
Compile and run the program to verify the result

Write an Explanation of Subroutines in Assembly

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Write an explanation of subroutines in assembly language to enhance understanding and improve written communication skills.

Browse courses on Subroutines

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Research subroutines in assembly language
Write a detailed explanation describing how subroutines work
Illustrate the explanation with examples

Build a Simple Calculator in Assembly

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Create a simple calculator program in assembly language to reinforce understanding of assembly programming and improve problem-solving skills.

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Design the calculator's functionality and interface
Implement the basic arithmetic operations in assembly
Create a loop to handle multiple calculations
Add input and output capabilities to interact with the user

Develop a Graphics Library in Assembly

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Create a graphics library in assembly language to gain practical experience and enhance understanding of graphics programming.

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Design the library's functionality and interfaces
Implement the graphics functions in assembly
Create a documentation and user guide for the library
Test the library and fix any bugs

Career center

Learners who complete Assembly Language Programming will develop knowledge and skills that may be useful to these careers:

Reading list

We've selected 49 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 Assembly Language Programming.

Fourier Series

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This encyclopedic treatment presents one of the most comprehensive collections of results on Fourier Series in the literature, with over 1,200 exercises that will support any researcher's work in the area.

Assembly Language Programming

What's inside

Learning objectives

Syllabus

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Save this course

Reviews summary

Comprehensive assembly and low-level programming

Activities

Career center

Reading list

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