We have searched the web for the best computer architecture classes. We analyzed over 3,216 computer architecture courses found on popular education sites like podcasting and Coursera and rated them based on course instructors, number of reviews, ratings, and more. Below is a list of our top 7 favorite computer architecture classes . At the very bottom of the post you can check our revision history.
1. Computer Architecture
Have you always been interested in designing computer architecture? How about taking an 11-week course of designing it for complex and modern microprocessors? Starting from an introduction to set architecture and pipeline review, you’ll be gaining knowledge and experience in caches, superscalar, VLIW, branch prediction, memory protection, vector processors, GPU, multithreading, parallel programming and multiprocessors.
You’ll be guided by David Wentzlaff from Princeton University in New Jersey, USA. This university was found before the American Revolution and belongs to the Ivy League. David is an electrical engineer and an assistant professor in this renowned university.
- Introduce yourself to the concept of set architecture, microcode and pipelining reviews.
- Gain a better understanding of control hazards, motivation and characteristics of cache.
- Learn about the concept and methods of using very long instruction word processors.
- Get detailed insights of memory protection, vector processors, multi threads and multiprocessors.
2. Computer Architecture & Organization Part 1 : Cache Memory
Are you preparing for GATE, ISRO BITS HD or PGEE? If yes, then this course on computer architecture might help you with your preparations. In fact, anyone who wants to enter the field of computer science can take up this course. You’ll be gaining deep knowledge of cache memory, mapping techniques and other skills in computer architecture.
You’ll be trained by Vignesh Sekar, a computer engineer and instructor. He has been very passionate about computer science, which he pursued in his further studies and in teaching as well. He has a year’s work experience with a multi-national company after which he started teaching students on online platforms.
- Learn about the problems and important points on direct mapping.
- Introduce yourself to associative mapping and its problems.
- Understand the difference between a word and a byte.
- Gain detailed insights on cache replacement policies for direct and associative mapping.
3. Computer Architecture Beginner to Advanced – 45 Hours of HD
Computer architecture is studied by aspiring and professional software designers. This is an absolute beginner’s course that goes till the advanced level. Mainy, you’ll be covering the concepts of assembly language, language of bits, process design, digital logic, computer arithmetic and memory systems.
This course has been designed by the team of JADA eLearning. This online academy specializes in designing and teaching courses relating to the field of technology. They have helped more than 88,000 students so far and have 7 courses. A reason behind their popularity is that they update their courses every 3 months.
- Start with the language of bits and assembly language.
- Move into the details of digital logic and computer arithmetic.
- Learn about processor designing and the principles of pipelining.
- Gain detailed insights of memory systems and computer organization.
4. Design a CPU
Even after knowing about the basics of computers, do you still wonder how they really work? For some enthusiasts, the answer is clearer when they design one themselves. In this course, you’ll be learning how to design as well as simulate an 8-bit CPU with your own instruction set and assembly language using the books “ButHowDoItKnow” and “The Basic Principles of Computers for Everyone”.
Ross McGowan is a mathematics teacher by profession and passionate about communication engineering. In fact, he loves solving maths problems that are meant for engineering. After graduating in this field from the Edinburgh University, he started working in the communication industry as a circuit designer after which he slowly got into teaching.
- Take an overview of a CPU, its RAM, ALU, registers and clocks.
- Learn how to operate the control section where you can add and store instructions.
- Create your own assembly language program and debugger.
- Learn how to reset, load and program and run one on the CPU.
5. Computer Architecture & Organization Part 2 : Hard Disk
If you’ve already taken the course mentioned in point 2 that focused more on cache memory and mapping techniques, then you’re totally eligible for this one. In fact, the course has been designed in a way that you can follow it without finishing part 1 too. It focuses more on secondary memory and memory hierarchy in computer architecture.
Vignesh Sekar has got 13 different courses in the field of computer science. Apart from computer architecture, he also teaches operating systems, database management, theory of computation and discrete mathematics. In this course, he explains only 2 main concepts in maximum details, in less than 5 hours.
- Understand the difference between hierarchical memory organization and simultaneous memory organization.
- Go through some practical examples of memory hierarchy.
- Understand the structure of a hard disk and secondary memory.
- Gain more insights on the concepts of secondary memory.
6. The Foundations of Computer Design
If you want to dive into the technicality of the functioning of computers, then this course has been designed for people who are logically strong. In these sets of lessons, you’ll be learning binary language, hexadecimal numbers, logic gates, ALU, multiplexers decoders and creating CPUs & memory chips.
There are 2 instructors for this course – Brian Scotto and Paul Hill. Brian is a senior software developer with a master’s degree in software engineering and more than 10 years of work experience in the field. Paul, on the other hand, has more than 11 years of experience as an IT professional as well as educator.
- Introduce yourself to computers, binary and hexadecimal numbers.
- Understand what a logic gate is and build a full adder.
- Discover more about the circuits, memory and programming needed to design computers.
- Design your very own CPU that is completely programmable.
7. Computation Structures 2: Computer Architecture
Are you looking for an introductory course on computer set architecture? If yes, then this course is perfect for you. Introduce yourself to the design of an instruction set architecture as you dive deep into translating high level programs into sequences, designing a datapath and controlling logic for a 32-bit machine.
You have 3 instructors from the Massachusetts Institute of Technology – Chris Terman, Steve Ward and Silvina Hanono Wachman. Chris has been teaching for 40 years and is a senior lecturer in electrical engineering & computer science in MIT since 1995. Steve has been a computer science professor in MIT since 1974 and Silvina is a PhD who now teaches electrical engineering in MIT.
- Introduce yourself to set architectures and models of computation.
- Understand how an assembly language works.
- Learn more about procedures, stacks and compilers.
- Gain more insights on building beta and memory hierarchy.
- List published 04/09/2020 with 7 products.