When I joined this course, I had an expectation to learn about CFD and I got as anticipated. Learn by example, this is what it is.

One of the best course i have ever learned and the way of teaching is very good. i really liked it . Thankyou

Interesting and relevant topics. Concepts well explained.

All videos have an introduction and a closing summary. For the students that do not need those, it is easy to forward to the main video content.

Week quizzes actually demand you to watch and know the topics that had been presented, so it is not just a "bureaucracy". That helps paying attention and learning the important contents of the videos.

It took more than a week to get the final assignment reviewed by the necessary number of peers. Count on that. It also appears that you will have to go to the forum to ask others for review.

On the "minus" side, the videos are already a few year hold (2014, 2015, I think). While they are still valid, it would be useful to have an extra week with some notes on the latest developments on the topics discussed. I do not think the existing week need any change.

An excellent course, presented in a very detailed fashion : module question for every lecture, reading materials (journal articles) for every module, introduction of references midst lectures, peer-review assignments, past/ongoing/future research highlights, interviews with experts, view of the real-lab experiments etc. My only concern is that the instructor lists several quotes in certain module lectures, which keeps the listener bored. It would be advisable to include the essential quotes alone. Additionally, the course has not been currently upgraded to include two new modules - "Climate adaptation of buildings and cities" and "Air pollution", which has actually been mentioned in the course description.

This course is an excellent resource to the beginners such as mine. Moreover the contents are well organized and very helpful to fill the blanks of knowledge in this area. However, if hands-on example for each special topics such as 100 meter sprint, building aerodynamics and cycling case are included it would have been the best resource to learn CFD simulation for the above mentioned cases.

Came to this course looking to enlarge my theoretical background, but found even more. How to apply air dynamics knowledge to different fields, some guidelines to perform feasible simulations and rare counter-intuitive effects to keep in mind, all explained in a perfect path by professor Bert Blocken, to whom I want to thank for this MOOC.

This course has an excellent approach so that I can remember many concepts of aerodynamics that I had already studied and still delve into topics such as CWE and tests in wind tunnels. Easy-to-understand classes that I'm really enjoying for my aerodynamic learning process. In addition, he presents interesting quotes from the area.

It was a great opportunity to recall the principal laws of fluid physics and widen the focus on sports aerodynamics. Thanks to Coursera and Eindhoven Univesity of Technology for this MOOC. I hope Prof. Blocken will make a new detailed one on urban physics.

Great course!

You will find very useful aspects of fluid flow, you will learn a base to make wind tunnel tests and CFD simulations and find very interesting examples in the fields of Building Aerodynamics and Sports Aerodynamics.

Really intriguing and interesting course. The standard of the MOOC is exemplary. It tries to address many unconventional theories with perfectly validated studies. Highly recommended course.

The course is mandatory for the ones interested in aerodynamics and how the details in high performance sports matter.

Amazing course with deep insight into the various tools employed in the research domain of aerodynamics

Exceptional material and explanations from the teacher. Very good resources where to learn from

A very nice course.

Is a course great!

Good

Good

good

The course content is difficult and requires a lot of time to comprehend. It will be better if you already had some fundamental knowledge in this field. The peer assessment for me stands too heavy in the ratio (50%) and I would recommend to lower to 40% or 35%. Great course! Thank you very much.

A good course for understanding basics of fluids aerodynamics CFD and its applications.