good

good

Good

Good

nice

Good

nice

JMN

The best thing about this course is the extensive amount of time dedicated to solving exercises in circuit design and timechart creation. That has often helped in better understanding of concepts discussed during the course of the lectures. The VerilUOC platform is great to work with once you have it set up and configured. Possible scope of development lies in how the VHDL section of the course is handled. It could be better delivered through more coding exercises that start from basic VHDL coding of components and then going up further to demonstrate component creation, reuse and creation of complex architecture using existing and user defined IP modules. More coding exercises and examples would help in this direction. The non-VHDL portion of the course is wonderfully treated and very thorough and comprehensive.

This course was great and really helpful! I loved the exercises scattered throughout the course, which were really helpful for helping me understand and test my knowledge on the material. I also liked how the exercises on the virtual machine provided precise and helpful feedback whenever I’d get the answer wrong, which would help me see what mistake I made & help me learn from them. My only complaint would be the inactive forums (which forced me to figure out anything I had trouble with myself) and the lack of feedback on ONE question in ONE of the quizzes.

However, overall, this course was amazing & perfect for learning fairly in-depth logic design without any prior knowledge. And thank you for this amazing course!!

The course was very good in terms teaching you how to design logic gates and build a processor and use VHDL code for that. I loved this course very much and I will start now doing the other courses that will help me develop a very complex processor. This is a good start for learners. It's very well described and you should always try to use mind and brain and try develop your skills to get to know the material. I really want one thing from lecturer is at least put some examples for students regarding week 7 and week 8. Because it was very hard for me to understand the content of these two weeks. Thanks for the effort that you have done on this course and I will wait for the next course of you.

It was a good course. I had taken it as an undergrad and it was great to take it as a review. It has VHDL and some more modern techniques like Shannon's cofactoring neither of which was taught when I took this course in 1990.

Introduced me to a couple of useful tools in logisim and Logic Minimizer.

I have been working with FPGAs and writing lots of VHDL code for quite some time, but this was good to good way to go back to basics and I feel like I hit the reset button and strengthened my foundation. This was every bit as good as taking the course in person, but I like this online approach better. You don't move on until you get it right and you can take your time.

A MOOC overall that could really benefit from a more active community/ instructors. It was fairly challenging for a beginner to follow, but still managable since the explanations were clear. Q&A sections were just bad, because there are open violations with people offering to exchange quiz answers and whatnot, but no one seems to be handling such posts that affect learning integrity, and rarely the case of anyone actually answering the question, so minus a star for this.

I already had done a digital logic course before. But, this course is different from that, as it is much more formal in describing a digital system. In this courses, the emphasis is on systems which is much welcome. The Processor topic is very interesting.

Although the videos could be made a little better. The content is interesting, but the presentation is a little dull.

I write this review after 4 weeks into the course. And, I personally am enjoying it.

The content of this course justifies the title, it starts from the very basic digital electronics to advanced processor architecture. It covers the whole process, from design to implementation to manufacturing. Some of the quizzes were really good and I really liked solving them. The software used to submit the circuit design related solutions could have been better.

This course is very useful and will build a very strong foundation to digital systems. However, I strongly recommend that the instructor tries further enhancing his teaching skills, because in most of the weeks, the quiz is very much harder than the concepts introduced in the lectures. But they're all useful.

The accents get in the way of learning at times, and the quizzes are a bit more challenging than what is introduced in the lectures, but it is overall a very interesting and comprehensive course. I definitely recommend this course to anyone willing to put in the time and effort to learn this key cs skillset.

The course is very useful and must do to clear the basics of a digital system. The course is interesting also but the lecturer was very good no dought and experienced also but his voice is a little unclear due to which lectures become boring but the student can manage it by subtitles.

A great course for someone starting out with digital design and simulation. The course work will progressively increase over the weeks but the concepts are brilliantly explained. I personally found the HDL lectures very monotonous. But other than that, the course is amazing.

Good material and coverage, good interactive quizzes in videos and end quizzes. The software on the virtual machine is a little rough to navigate at first and is pretty finicky however. Would find a way of incorporating the assignments in a better software.

Overall, it is a helpful and nice course introducing knowledge about digital circuits. While some parts could be improved, such as more explicit examples in the videos or including some VHDL practice exercises. Thanks.

Everything about the basics of Digital Electronics was clearly explained, touching almost all areas. I faced a little bit difficulty in following the English accent of some instructors.

Overall very good exposure to Digital Systems/IC, but lacks the practices of physically writing VHDL code. Also, lectures are outdated when it comes to present technology for week 8.

Very nice introductory course, broad explanation of traditional logic gates and synthesis tools. Graded Exercises and Practice exercises are chosen perfectly to grasp the topic

Good introductory course. It helped me to refresh my prior knowledge. I just missed a way to know which mistaques I made in some questions specially in the graded quizes.