Professor Garikipati provides a thorough explanation which is of immense help to a beginner in FEM like me. The course is very interesting! The practice of making entire video in form of notes is very efficient for a student to grasp everything the teacher wants to convey.

The course was very interesting and helped me to understand the mathematical basis of the Finite element method. Besides, Professor Krishna Garikipati makes the concepts very easy to understand. Due to this course, I am very motivated to go through more advance topics.

Very detailed explanation and illustration. The Professor will help you revise the course material at the beginning of each video, so don't worry about forgetting things. The course is interesting and useful. Gain me a lot of insights. Assignments are great.

Excellent course on the foundations of the Finite Element Method. The mathematical concepts are very well presented so that it enables the learners to use current finite element software consciously without facing it as a black box.

Professor is very clear with explanation, and meticulous with accuracy to the highest degree possible. Assignment at first seems daunting, but Gregory Teichert explains very clearly and then it seems like only a typing job.

An exceptional course for people pursuing career in Mechanical Engineering and need a deeper understanding of Finite Element Method fundamentals. Huge respect for Sir Krishna Garikipati for the kind simplified explanation.

I got the fundamental knowledge of the finite element method also experienced C++ programming for simulating a simple system using the finite element method. Course content and programming is interest to me.

Thank you very much that you helped me understand of the FEM. I'm so happy that I could find your online course.

You did a really very significant course which help to people easily fıgure out the FEM.

Well-structured course with high quality lectures and slides in Galerkin FEM for problems in physics. A 'Must Take' to every professional in computer-aided design for research and concept development.

This was a great course, I can only recommend. The tutor really explains basically all that there is to linear PDEs. What I miss, maybe as a different course is the case of nonlinear equations.

Well worth the time if you wish to understand the mathematical origin of the FEM methods used in solving various physical situations such as heat/mass transfer and solid mechanics

very good course on explaining the mathematical ground of FE and connecting it with the physical domain. Also learned a lot on the coding part of the FE modeling

This course is really didactic course. If you are interested in FEM, please take this course. Thank you Professor Krishna Garikipat.

Sincerely....

Looking backward from the end of this course I know, whatever I felt during the last months, this course is really great. Thank you very much.

This is a very good course for getting introduced in the theory and practice of the finite element method. I wish there were a second part.

Excellent course, subject matter is presented very methodically, and the instructor's command over the subject taught is outstanding.

it is good course it more useful to us and i learn lot information for this course thanking you giving for this opportunity

A rigorous and organized introduction to the subject with the additional benefit of learning through implementation.

This should be the standard way for teaching Finite Element Methods in Engineering in colleges and universities

Absolutely amazing¡¡ Where is the other course in continuum physics in MOOC format? I can't wait.

Excelente para personas con conocimiento básico o nulo de elementos finitos. Super recomendado :)

Perfect Course !

I recommend it to everyone who is interested in mathematics and physics.

Very well organized and presented from an instructor who is clearly quite knowledgeable.

Incredibly instructive, even for an industrial engineer especialzed in mechanic like me.

An exceptionally created course with every detail of the subject matter. Thanks a lot.