I really enjoyed this course. Concepts are explained simply and the Jupyter notebooks are a lot of fun to play with. One criticism is the few typos found in the course, but they are quite minor. Thanks!

Interesting condensate introduction to modern methods to solve numerically the elastic wave equation. To highlight the pedagogical qualification of Prof. Igel which clearly explains complex concepts

Would have like more "empty" cells in notebooks for trying to establish loop one self and then having a "correct" output to aim for. Maybe followed by a solution cell with a correct implementation.

This is a very useful course that helps to wrap up the knowledge acquired in advanced lectures during the master's program. Professor Igel is a good lecturer who knows how to transmit his knowledge.

Very good Course to get an Overview over Numerical Methods with a lot of examples and additional content! I highly recommend this course as a teaching assistant in fields of numerical methods!

日本人でこの講義を受講しました。jupyter notebookを用いた実践的な講義で、有限要素法やスペクトル解析も学べます。数値解析における注意点についても丁寧に解説されており、解像度等の初期設定についても分かり易く教えていただきました。自動翻訳ではありますが日本語の字幕もあるため、日本人は困らないと思います。　千里の道も一歩から。心機一転これからも精進してまいります。

¡Fantástico curso introductorio! Muy bien explicado por parte del profesor, muy buenas libretas de Python y, no menos importante, despierta las ganas de aprender más.

Muy recomendado

An excellent course highly recommended, but be careful, its level is quite advanced, it requires knowledge of python, partial differential equations and advanced numerical methods

I really learned a lot of basic ideas and mathematical knowledge of numerical methods, and realized corresponding algorithms to solve research problems through python.

This course teaches me systematically the all kinds of methods to solve the wave-equation of the derivative form. And I want to know the all answers of the tests.

Excellent course for people wishing to learn about different numerical approaches for wave propagation. Python Notebooks really add to the learning experience.

This course is a great introduction to numerical methods.

I hope that Dr. Igel will provide more courses on writing effective code for numerical methods.

This is an outstanding course that covers many subjects briefly. I have learnt so much with the methodology the lecturer have applied for the course.

Truly useful and challenging due to the mixture of concepts. Really made me integrate knowledge I had before about numerical methods and mathematics.

A very practical introduction. The later weeks are very dense, but useful for those starting out with FEM methods and need a good primer.

This is a great course for intro to numerical course with additional bonus on python code, although a little bit too fast pace.

Although the mathematical formulation & codes are hard to grasp, I really enjoy and feel challenged by this course. Thank you!

Thank you very much! This was an amazing and very clear course. I will use the python codes in my research when possible.

Excellent Course, Really appreciated the effort instructor have put in with intereactive examples and implementations.

This course is really great, a great way to get a basic understanding and the differences between all the methods.

I already know that I will learn a lot even though I am an undergrad. ( FTD from Colorado School of Mines)

Excellent course and instructor, I recommend it to everyone interested in learning numerical modelling .

Great insight for the application of numerical approximation and improving the capability in programming

An excellent course towards gaining knowledge in the domain of computational physics. Must recommended