Nov 27, 2018
The course was challenging, but fulfilling. Thank you Coursera and University of Pennsylvania for giving this wonderful experience and opportunity that I might not experience in our local community!
Jul 2, 2018
The topic was very interesting, and the assignments weren't overly complicated. Overall, the lesson was fun and informative , despite the bugs in the learning tool(especially, the last assignment.)
创建者 Janzaib M•
Mar 11, 2016
I like this course because they are covering really complicated topics in very less material. And the assignments are amazing. They are worth the learning effect they create.
创建者 Romain J•
Mar 1, 2016
Very interesting module about Motion planning. I really appreciate that this course put a big emphasis on concrete implementation with various programming assignments.
创建者 Shan J•
Aug 22, 2016
A good course to get started with robotic motion planning. It starts from shortest path algorithm, configuration space to probabilistic roadmap and potential filed.
创建者 Srikanth G•
Dec 1, 2016
A beautiful course for robotics beginners. Videos are mostly conceptual yet superficial while programming assignments give a feel for the technicalities involved.
创建者 Michael A W•
Jun 7, 2016
Good course, completely satisfied. Could have used a bit more material though. For example more tie-ins to the first course would not have been difficult.
创建者 Michael X•
Nov 13, 2016
Pretty well. Four-week study gives a general introduction of several motion planning techniques.
Programming homework is not so hard, it's great.
创建者 ASMITA S B•
Apr 29, 2020
THE BEST COURSE IN THE FIELD OF ROBOTICS. VERY WELL EXPLAINED BY SIR.
I AM GRATEFUL AND FILLED WITH MUCH GRATITUDE TO BE THE PART OF THIS COURSE.
创建者 Juan D P A•
Nov 10, 2016
It's an excellent course; but I would like that continue and teach about Dynamic planning i.e, Dynamic Obstacles and colaborative robotics.
创建者 Vaibhav M•
Sep 24, 2021
Fantastic job everyone, the course was great, the content and MATLAB support is just awesome and yes hats off to the discussion forum.
创建者 Shounak D•
Jun 18, 2018
Good course..but I wish the course was longer and the lectures and quizzes more detailed. Looking to more courses on these topics.
创建者 Niju M N•
Aug 4, 2016
Good Introduction to some of the Algorithms in Computational Planning . More of training in assignment than explanation in video
Jun 25, 2016
A great course ,this course will introduce you to the planning algorithms and will make you do some cool stuff as assignments.
创建者 Alejandro A V•
Feb 26, 2016
Everything was so relevant and finely explained, but It clearly wasn't a beginner's course, it's more an Intermediate Course.
创建者 Huy P•
Aug 26, 2020
The programming exercises are quite easy. It would be great if there is a final exercise for 2-tree RRT and graph-like A*
创建者 David S V•
Mar 19, 2016
Muy bueno el curso, tuvo momentos difíciles pero nada que con esfuerzo y voluntad de salir adelante no se pueda lograr.
Jun 12, 2018
easy to understand, fundamental course on motion planning, programming work with very clear skeleton code
创建者 Leonardo G•
Jul 8, 2020
It is a basic but good course to introduce important concepts about motion planning of mobile robotics
Sep 20, 2019
Don't recommend. The submission button for assignment is not available. You cannot finish the course.
创建者 Mayank G•
May 9, 2016
This is very helpful for the students and people working or want to work in aviation/aerial Industry.
Aug 31, 2020
A great course to introduce some basic ideas. However, the limitation of platform is not pleasable.
创建者 Troy W•
Feb 16, 2016
The fastest approach to robot motion planning---from someone who knows nothing about the subject.
创建者 Shubham G•
Feb 11, 2018
Excellent course !! Very crisp and short lectures but still core concepts are taught very well.
创建者 Junheng Z•
Jun 8, 2016
I am glad to learn this class, because the teacher is nice and talk the planing method easily.
创建者 Victor H S J•
Jul 31, 2016
It is a great course about Path Planning in robotics, the concepts presented are very usefull
创建者 Deleted A•
Mar 14, 2017
The contents allowed for a good understanding of planning algorithms for robotics purposes