JT
Nov 13, 2018
Excellent course. I completed this course with no prior knowledge of multivariate calculus and was successful nonetheless. It was challenging and extremely interesting, informative, and well designed.
DP
Nov 26, 2018
Great course to develop some understanding and intuition about the basic concepts used in optimization. Last 2 weeks were a bit on a lower level of quality then the rest in my opinion but still great.
By Vijayakumar
•May 19, 2020
Thank you professors for your nice explanation. I hope to see you again with in depth of machine learning and neural networks.
By Manhal R
•Jun 2, 2020
An amazing refresher for those who have already done. It took me less than a day to go through it and finish the assignments.
By Charles K
•Apr 7, 2020
Really great course, well-organized, great instructors, challenging. Only issue is that the pace of the course is super fast.
By Dhritiman S
•Nov 29, 2019
The course was excellent. I only wish the final few lessons covered Matrix equations for linear and non-linear least squares.
By Gergő G
•May 1, 2019
Very good course on basic mathematics for machine learning. Good examples, some homework and very enthusiastic professors :)
By Liam F
•Mar 24, 2019
Very well put together, a bit difficult in certain sections but all mysteries can be unraveled by a quick google. Thank you!
By Miguel C
•Jun 26, 2020
I "must-have" course if you want to get (or refresh) concepts on Calculus that are fundamental to understand how ML works.
By Zahi F
•Apr 7, 2020
Very interesting and even though there are some difficult theories to understand, the instructors made things really easy.
By Rashmi P
•Nov 15, 2022
I have learnt the applied mathematics portion of calculus. And it will be really helpful for further strengthen my skill.
By Lijie Y
•Jan 6, 2022
I think this course is really aiming at algorithm that can be applied in machine learning, which is to me very practical.
By Yang Q
•Apr 3, 2021
I think a very good course to review multi-variate calculus. Lectures are based on high-level concepts, which are great.
By Suraj S K
•May 19, 2020
Very enthusiastic professors and a beautiful approach to learn some of the applications of Calculus in Machine Learning.
By Deleted A
•Aug 14, 2019
Efficient tutors who were able to inculcate interest in me towards finding out the roots of machine learning algorithms.
By Aníbal G G
•Jun 22, 2020
Amazing course. Simply amazing. The way the topics are explained makes fall in love with math (if you haven't already).
By Sumith N
•Oct 9, 2019
Really Challenging courses. The Last three weeks were really difficult to complete but it really gave some detail idea.
By Vibhutesh K S
•May 18, 2019
I think neural networks was unnecessary. It was very concise to understood by anybody without prior knowledge about it,
By Rong D
•Sep 5, 2018
Totally like it!!!! Really fundamental and both of the two lecturers have made every important key points quite clear.
By James A P J
•May 11, 2021
Concise overview of key aspects of multi-variate calculus. A useful intro to applying calculus to machine learning.
By Henok T
•Oct 17, 2020
Very clear videos, awesome exercises, great instructors. A must have for anyone interested in Ml and math in general.
By Mithun B
•Oct 15, 2018
Really liked the course. If there are more of neural network course that Imperial College can come up would be best.
By Nils E
•Mar 31, 2024
The course is excellent! It is very well structured and the professors are excellent at conveying complex concepts.
By Jose G G M
•Apr 18, 2021
A good introduction about gradient descent, theoretical and programming in python in a basic but interesting level.
By Rajesh S K T
•Jun 24, 2020
Very nice course!! Multivariate calculus application towards machine learning is
amazingly tailored !!! Good one!!!
By KAMASANI V R
•Jun 19, 2020
This course helped me in learning key concepts of calculus like gradient, gradient descent, jacobian, hessaine etc.
By sameen n
•Feb 22, 2019
It us good course and gave me basic understanding of multivariate calculus. It provide insight of gradient descent.