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Very good presentation skill

Very Interesting course!

very clear lectures...

Excellent course!

Excellent course

Excelente curso

Great course

Great Teacher

GREAT COURSE

Perfect!

nice

GOOD

The course is comprehensive and with much useful details. The notebooks are especially useful.

It may be more self-contained if there's more intuition, like explaining why a specific property or relation holds, why a certain procedure is taken and works. I find it necessary going to literatures once in a while to truly understand the contents.

Plus, I was expecting more contents on parallel programming and computing models when reading the "About this course" section. Currently there's 10 min of the former topic, and I don't see the latter topic included.

The video lectures are very well made and great effort is made to present concepts in an understandable way. The existence of the Jupyter notebooks greatly compliment the course's objectives. There is a lot of content and the author gives initiative to examine the given code with the follow along videos. The material is quite extensive and if someone wants to get into more details in certain parts they might be unsatisfied. However the course gives a good outlook of the methods contained.

It was a great course, especially in introduction to the different numerical methods that are used to simulate waves. This was more theory focussed though it had the python jupyter notebook exercises. They weren't as involved with the quizes and questions. Anyway it's still a good introduction to numerical methods and it's well taught.

I learnt a lot and really liked it, I only think that somehow they should grade the labs because you can pass the course without properly checking the labs and in finite elements the labs have some things that are just assume but not explained properly and there is a mistake in the simulation

Overall, a nice overview of numerical methods to solving PDEs. Most positive aspects of the course: relatively concise, implementation-oriented. Most negative aspects of the course: examples all focused on wave equation + some concepts introduced too fast in the second half of the course.

The high quality course - videos with thoughtful presentation at the background and well explained Jupyter notebooks in Python. Topics beyond the course are mentioned in the last video in the best traditions of a good serial season. Waiting for the next season!

Overall an excellent introduction. The Jupyter notebooks are a great format for these sorts of demonstrations. I do feel that the Finite/Spectral element segments would be more clear if they explained the mathematical derivations in more detail.

It was a very interesting class on numerical methods. I think it can be improved if homework assignment were given to help reinforce the lectures. The material was taught in a logical order and I enjoyed the overview of each method.

It's a nice course for someone who don't have a previous background about numerical methods, but there should be another course in which we tackle those concepts in more details because I felt that I lost in the mathematics.

As someone who had prior but not so strong introduction to numerical methods, this course helped me bridge the gap between theory and implementation in code. Personally, I think the programming exercises are too few.

I liked how the course was structured and well curated. However I feel it can be improved with more intuitive explanations of the numerous mathematical concepts introduced.

Great experience. Really came to know about the theory of simulation techniques coupled with the introductory knowledge of python language.