The first section of Design a Floating Point Unit covers an overview of floating point numbers as well as the IEEE 754 standard for single-precision 32-bit floating point binary numbers. The fundamentals of floating point numbers are covered in this course. Converting from decimal to 32-bit floating point binary and back. You'll examine both normal and subnormal (denormal) numbers, as well as nearest even rounding and rounding errors, precision, and all of the other details from the IEEE754 standard for 32-bit single-precision floating point binary numbers.

The instructors use a conversion tool that they created in Microsoft Excel VBA throughout the course to help them automate the conversion process as well as understand and check the conversion results. Teaching and learning about floating point numbers would be difficult and time-consuming without this type of tool. By ensuring that they have a solid understanding of floating point numbers, they will be able to design each of the floating point arithmetic operations required to create a full floating point unit in Logisim in later courses.

Who this course is for:

• Computer Science , Engineering students and everyone who is curious about floating point numbers.

Requirements:

• Basic Arithmetic

Course ratings: 5.0/5

Enroll here: https://www.udemy.com/course/design-a-floating-point-unit-1-numbers/

Every day, computer technology advances significantly. People have progressed from room-sized computers to the point where some computers can't be seen with the naked eye and can go into the human body to perform surgeries without the patient's knowledge. Computers have evolved to the point where they no longer have a fixed physical description. Computers, like amoebas, no longer have a fixed size and shape. It is attached to almost everything in the form of Internet of Things devices and is worn on your wrist as a smartwatch.

On this never-ending journey, computers have come a long way. These incredible changes have been driven by advancements in fabrication technologies and computer architecture, which are responsible for the performance boost. Performance that compares today's smartphones to supercomputers from just two decades ago.

This course covers all of the challenges that computer architects have faced and continue to face in their quest to make computers that are more power-efficient and high-performing than ever before. Many technologies, such as the Internet, have stabilized, but computer architecture has seen and continues to see significant change every month, which is why you see hardware vendors such as Qualcomm, HiSilicon, and Samsung launching new chip-sets for various classes of computers almost every month. As a result, it's critical to understand the specifications of each new computer, which necessitates knowledge of measurements required for computer architecture design and analysis.

Who this course is for:

• Anyone want to explore how today's smartphones are getting improved every year.
• Who is willing to understand benchmark scores.
• Who is willing to understand computer/smartphone specifications.

Requirements

• Although there isn't any requirement to understand the content, a single course work in computer domain will be helpful.
• Introductory knowledge of digital logic design.
• Introductory knowledge of Microprocessor.

Course ratings: 4.7/5

Enroll here: https://www.udemy.com/course/computer-architecture-measures/

This is the second course in the Computer Architecture & Organization series. It's intended to equip you with the knowledge and skills you'll need to answer any question about secondary memory and memory hierarchy. By the end of the course, you will have a thorough understanding of secondary memory and memory hierarchy topics in computer organization and will be able to answer any question about them.

Whether you want to improve your skills in computer architecture and organization, crack interview questions on secondary memory and memory hierarchy, or just learn how computers use secondary memory, this comprehensive Masterclass on secondary memory is the course for you. You can ask questions in the Q&A section or through personal messages at any time. The instructor will take it seriously and will respond to these questions in detail using simple English words that anyone can understand.

Who this course is for:

• Anybody who needs to learn Computer Architecture & Organization from scratch
• Anybody who wants to pursue a career in Computer Science
• Anybody who has Computer Architecture & Organization in the Bachelor's degree
• If you are preparing for exams like GATE , PGEE , BITS HD , ISRO ,..etc
• If you are a Computer Science Engineer
• If you are a software professional

Requirements

• Have a PC with internet connection
• No prerequisite for this course - You will learn you

Course ratings: 4.7/5

Enroll here: https://www.udemy.com/course/computer-architecture-organization-online-course/

Design a CPU is the course for you if you want to learn how a computer works. The instructor will walk you through the design of a simple CPU (Central Processing Unit), which is the beating heart of a modern computer. In the online tool Logisim, he designs and simulates each component of the CPU. You can either download the tool and use it to simulate the CPU on your computer, or you can copy simulation files and load them into the tool to simulate what you learned in the videos, or you can just listen to the videos (it's your choice).

Finally, you'll be able to load your first assembly language program into the CPU. Subtitles are available in 78 different languages. If your language is not listed, please contact the instructor and he will add it. If you don't speak English fluently, use subtitles and play the videos at 0.75x speed.

Who this course is for:

• Everyone and anyone who asks the question ' How do computers work ?'

Requirements:

• You need a computer. Also, you are recommended to read a book called ButHowDoItKnow, The Basic Principles of Computers for Everyone by J. Clark Scott.

Course ratings: 4.7/5

Enroll here: https://www.udemy.com/course/design-a-cpu

If you want to become a Solution Architect, regardless of what IT role you currently hold, this course is for you. Even if you're already a Solution Architect, this course will teach you all the little details that a Solution Architect needs to know in order to create an efficient and effective solution. This course will assist you in developing the knowledge, approach, and thought process necessary to create high-level solutions to a customer's IT and business needs. In the IT industry, a Solution Architect is frequently well compensated and grows in tandem with the organization's growth. This is a critical role in any organization, with high visibility among upper management.

The instructor has gone over each component in detail in this course to help you understand it better, and he has even mentioned some of the challenges he has faced in his architectural career to assist you. He has shared his experience as a Solution Architect in the industry and has attempted to simplify the content as much as possible so that it can be consumed quickly. The course includes examples to help you practice handling any opportunity you might encounter. So, whether you're a technology expert or a seasoned architect, this course will undoubtedly advance your career.

Who this course is for:

• Anyone who has a Basic, Intermediate or Advanced IT knowledge
• Any Technology expert or an Architect
• Any Developer or Domain SME

Requirements

• Anyone who has a Windows or MAC Desktop/Laptop
• Anyone who has a Basic, Intermediate or Advanced IT knowledge
• Already a Technology expert or Architect
• Already a Solution Architect

Course ratings: 4.5/5

Enroll here: https://www.udemy.com/course/the-best-solution-architect-a-complete-understanding

This course, one of the best online computer architecture courses, is enjoyed by students from 101 countries, with over 4000 students enrolled and 500+ 5 star reviews to date in the area of computer science. This course is designed to equip you with the knowledge and skills necessary to answer any question about cache memory. By the end of the course, you will have a thorough understanding of the cache memory topic in computer organization and will be able to answer any cache memory-related question. After taking computer science courses, many students have been successful in getting their first job or promotion.

The truth is that there are a plethora of computer science programs available. It's in the hundreds of dollars. What makes you want to study Computer Organization and Architecture? The first reason is that it is simple. The course is easy to understand, according to many udemy students, because the instructor always teaches concepts from the ground up in simple language. The second reason is that this course provides you with a computer science mentor. According to the instructor, students frequently ask him about their computer architecture careers, such as which elective subjects to take, which books to read, and so on. The third reason is that you are not only viewing videos but also having the opportunity to ask questions if you have any while watching the lectures.

Who this course is for:

• Anybody who needs to learn Computer Architecture & Organization from scratch
• Anybody who wants to pursue a career in Computer Science
• Anybody who has Computer Architecture & Organization in the Bachelor's degree
• Anybody who is preparing for interview in product based companies
• If you are preparing for exams like GATE , PGEE , BITS HD , ISRO ,..etc
• If you are a Computer Science Engineer
• If you are a software professional

Requirements

• Have a PC with internet connection
• If you have a basic idea of paging it will be very helpful. Else understand paging concepts like what is physical address, frame number, offset, etc.

Course ratings: 4.5/5

Enroll here: https://www.udemy.com/course/computer-architecture-computer-organization-course/

Bahman Sokhansanj is the instructor of RAHEE220- online courses to learn computer architecture . He holds a degree in General Studies and currently pursuing Electrical Engineering bachelor’s degree. He is a lecturer at Rahsoft company with concentration on Computer Architecture. ALU, registers, memory configuration, computer pipeline, RAM, ROM, DRAM, integer and binary conversion, and many other topics will be covered in RAHEE220. After completing this course, you will be familiar with the most important aspects of computer architecture, such as computer pipelining, MIPS assembly language, and SPIM, a MIPS process simulator, as well as computer hardware such as ALU, RAM, ROM, and CPU, as well as external parts such as mouse, keyboard, system unit, monitor, speaker, microphone, and more.

There is a quiz at the end of each chapter to test your knowledge, and there will be multiple exercises throughout the course to give you an opportunity to practice and refine your skills. This course has the option of limited lifetime access, so please feel free to review the course subjects whenever needed.

Who this course is for:

• Electrical Engineering Students
• Computer Engineering Students
  
• Software Engineering Students
• Computer Science enthusiasts

Requirements:

• Logic Circuit is recommended

Course ratings: 4.2/5

Enroll here: https://www.udemy.com/course/introduction-to-computer-architecture-online-course-rahsoft-rahee220/

This basic but detailed course on the foundations of computer design will teach you how a computer works. This course will teach you how a computer actually works, and you will be able to comprehend the design of a programmable central processing unit by the end. This course serves as the foundation for a computer science program.

This course begins at the very beginning and ends with a fully functional programmable computer. Advanced computer design topics such as power and speed optimizations are not covered, but this course contains all of the information needed to understand basic computer design. A total beginner will likely need to repeat a few of the lectures but it can be understood by anyone who takes the time to study each of the lectures. Anyone who desires to become a computer science expert must know how processors really work and this course is the first step towards that goal.

Who this course is for:

• This course is for students who desire to know how a basic computer is designed and programmed
• Computer professionals who were never exposed to assembly programming may also find this course useful.

Requirements

• Students should have a desire to understand how computers really work
• The only required knowledge is basic math and the ability to think logically however a total beginner will likely find this class very challenging

Course ratings: 4.2/5

Enroll here: https://www.udemy.com/course/the-foundations-of-computer-design

Computer architecture is a science or set of rules that describes how computer software standards, hardware instructions, and technology infrastructure are linked and interact to make a computer function. It specifies the operation of computer systems, platforms, and programs. To put it another way, computer architecture determines the functionality, design, and performance of a system. IT professionals must first determine the needs of users, technology limitations, and process requirements before designing a computer's architecture.

This course, one of the best online computer architecture courses, provides a comprehensive overview of Computer Architecture and Organization from a practical perspective. It includes video and text explanations, covering everything from Computer Architecture and Computer Organization. This course also consists of different sections: each section covers a specific module related to computer architecture such as Instruction Set Architecture (ISA), CPU design, RISC and CISC architecture, and Input/Output Sub systems.

This course is for:

• Computer Science Students.
• System Programmer.
• Machine Level Language Programmer.
• Assembly Language programmer.
• Computer Architects.
• Any body who wish to learn how computer systems work
• Computer Engineers.
• Electronics Engineers.
• Compiler Writers.

Requirements

• Good Understanding of Computer.
• A little assembly language experience needed
• No more skills required. You will learn all things if you have a zero knowledge of computer architecture.

Course ratings: 3.9/5

Enroll here: https://www.udemy.com/course/advance-computer-architecture-and-organization

This basic but detailed course on the foundations of computer design will teach you how a computer works. This course will teach you how a computer actually works, and you will be able to comprehend the design of a programmable central processing unit by the end. This course serves as the foundation for a computer science program.

This course begins at the very beginning and ends with a fully functional programmable computer. Advanced computer design topics such as power and speed optimizations are not covered, but this course contains all of the information needed to understand basic computer design. A total beginner will likely need to repeat a few of the lectures but it can be understood by anyone who takes the time to study each of the lectures. Anyone who desires to become a computer science expert must know how processors really work and this course is the first step towards that goal.

Who this course is for:

• This course is for students who desire to know how a basic computer is designed and programmed
• Computer professionals who were never exposed to assembly programming may also find this course useful.

Requirements

• Students should have a desire to understand how computers really work
• The only required knowledge is basic math and the ability to think logically however a total beginner will likely find this class very challenging

Course ratings: 3.7/5

Enroll here: https://www.udemy.com/course/fundamentals-of-computer-architecture/