Retour à Introduction to Complex Analysis

4.8

610 notes

•

193 avis

This course provides an introduction to complex analysis which is the theory of complex functions of a complex variable. We will start by introducing the complex plane, along with the algebra and geometry of complex numbers, and then we will make our way via differentiation, integration, complex dynamics, power series representation and Laurent series into territories at the edge of what is known today. Each module consists of five video lectures with embedded quizzes, followed by an electronically graded homework assignment. Additionally, modules 1, 3, and 5 also contain a peer assessment.
The homework assignments will require time to think through and practice the concepts discussed in the lectures. In fact, a significant amount of your learning will happen while completing the homework assignments. These assignments are not meant to be completed quickly; rather you'll need paper and pen with you to work through the questions. In total, we expect that the course will take 6-12 hours of work per module, depending on your background....

Apr 06, 2018

The lectures were very easy to follow and the exercises fitted these lectures well. This course was not always very rigorous, but a great introduction to complex analysis nevertheless. Thank you!

Mar 21, 2017

With this wonderful complex analysis course under your belt you will be ready for the joys of Digital Signal Processing, solving Partial Differential Equations and Quantum Mechanics.

Filtrer par :

par David A I

•Mar 30, 2018

Outstanding class -- very accessible introduction for a non-math major, but covered all the topics I felt I missed in my undergraduate complex analysis class.

par Andrew C

•Dec 04, 2016

Amazing course. Very interesting to learn about.

par Juan P A

•Oct 17, 2017

Material was well motivated and clearly presented. Feedback on quizzes was excellent, Great course !!!

par chung l

•Apr 16, 2018

Excellent to learn about complex analysis without burden of too much proofs; an introduction to Riemann Zeta function.

par Infant J E

•Sep 22, 2016

fantastic course for beginners

par Daniel S

•Sep 26, 2016

This is an outstanding course; one of the gems of the Coursera platform. It is only the launching point for my study of and fascination with complex analysis. I'd say the course covers about three-fifths of the content for an engineering mathematics treatment of functions of complex variables. I'm a student of fluid mechanics and my ignorance of advanced concepts in complex analysis has kept me from mastering some of the advanced topics in FM. I'm well on my way to go beyond those barriers, now.

par Miguel A D D

•Jul 24, 2016

Excellent!! A great way of introduce non-mathematics students in the wonderful world of complex numbers.

par Tran D

•Dec 14, 2016

It'd be awesome if the content is more rigorous, but this works too! Thanks :D

par Henry P k

•Sep 22, 2017

This was a well thought out and taught course in complex analysis. A good amount of detail and examples were nicely done. A particularly attractive feature of the course is that all slides were available in a downloadable .pdf format. The instructor was quite good and presented well prepared lectures.

par Paritosh G

•Aug 30, 2016

Excellent course with interesting content, great self explanatory notes and a nice teacher who explains it all meticulously!

par liruidong

•Mar 19, 2017

good class

par shouvik d

•Oct 02, 2016

A great course for beginners and engineers looking to just apply concepts of Complex Analysis without going too much into mathematical rigour. This course does not require any knowledge of "Real Analysis" or "Multi-variable/Vector" calculus as a prerequisite which is one of it's greatest strengths.

This has especially helped in my preparation for a graduate-entrance exam called GATE that we have here in India.

Although, I believe the course could include some more number of problems and solutions.

par Etienne R

•Jan 17, 2017

I never took a course in complex analysis before and very much enjoyed this introductory course. I found that the material was presented in a very understandable way, with good and often illuminating examples.

par Victor P

•Sep 21, 2016

This course has been very exciting and powerfull. The lectures are very clear and the professor use many didactic tools for improving our learning. The content of this course is completed with some other advanced topics in mathematics (for example: topology), and the course is well enriched. I recommend this course for all learners who want to learn something of advanced mathematics.

par Georgios P

•Dec 11, 2017

Good introductory course!

par Felix H

•Mar 12, 2017

Excellent introductory course to complex analysis

par Caruso N

•Aug 08, 2016

Great Course!!!

par Myron K

•Oct 26, 2016

Materials and instructor excellent. Got very good grounding.

par baiju

•Feb 24, 2018

Superb class, explained the subject very well

par Seyyed M A D

•Apr 04, 2018

Very good teacher. Very good materials.

par RAJATH G K

•Jun 18, 2018

The Course was highly informative.

par Marcin W

•Sep 02, 2016

Very interesting course, lectures. One of the best courser I have taken here.

par Samir

•Jan 12, 2017

Perfect! Just perfect! I'm grateful!

par Gavin C

•Mar 21, 2017

With this wonderful complex analysis course under your belt you will be ready for the joys of Digital Signal Processing, solving Partial Differential Equations and Quantum Mechanics.

par Dr. S N

•Jan 16, 2017

Very nice course. It was very informative. Even though I did it in Audit mode, I am going to recommend my PhD students to do the course for improving themselves as physicists and computer science by knowing what actually goes behind the scene mathematically. I will recommend the course for all students of electronics (with strong desire to understand the mathematical basis) in general.