CH
Some the the files have issues in them, but I guess they might intentionally have issues in them to get you to think about the content.

This Specialization is intended for students and engineers seeking to advance skills in the analysis, modeling, and design of high-performance control loops around switched-mode dc-dc, ac-dc and dc-ac power converters. Through five courses, you will cover averaged-switch modeling and simulation techniques, techniques of design-oriented analysis, input filter design, peak and average current-mode control techniques, as well as modeling and control of single-phase power factor correction rectifiers, and inverters for photovoltaic power systems.

CH
Some the the files have issues in them, but I guess they might intentionally have issues in them to get you to think about the content.
CH
This course is really good, as it gives you insight and understanding into more challenging electronics design
SN
Amazing teaching, Professor made the concepts very easy to understand
AV
good course, would like a little bit more explanation from the professor
PK
Good practical course with lots of modern applications.
RC
The course was well explained and the exercises and HW were helpful for understanding
YS
Good stuff. If it only didn't have many mistakes in the materials...
I
The teaching staff are honestly useless, but the instructor Dr. Maxim was good
GP
Just a Masterclass in modeling and simulation of power converters
AI
Very good course. This course lifts you out from ideality and places you in reality in terms of the behaviour of compensation circuits and more.
RD
The course serves as a good starting point for small signal ac modeling and simulation for converters operating in the CCM / DCM mode of operation.
KH
Great course for power electronic modelling and simulation.
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The course was well explained and the exercises and HW were helpful for understanding
The teaching staff are honestly useless, but the instructor Dr. Maxim was good
I had completed the course on Power Electronics given by Prof. Erickson in 2014. As this follow up course very much builds on that with Matlab and LT Spice based examples, I had to go back review the previous course. But it was definitely worth doing so as I could tie the theoretical with more practical aspects of the design of converters giving me thereby the necessary expertise I was looking for.
This class shows and gives tools that are very useful in design simulation and analysis of power electronics circuits. This is a great class if you are looking for these skills and knowledge. The content is always a mix of circuit analysis theory and application to modeling and simulation. I wish there was more to it, but since it is such a short class, the theory is very surface level.
Great course. Thanks to Prof. Dragan Maksimovic and everyone in the staff producing the material. The content was of high quality and didactically very well prepared. The lecture was for me essentially to really understand the relevant chapter of the textbook "Fundamentals of Power Electronics".
The topics were very interesting for me because I work as an automotive engineer on power electronics products. The professor's explanations were clear and easy to follow. I recommend attending the other specialization on Power Electronics from Colorado Boulders before this course.
These courses gives unparalleled insight to medium experience power electronics engineer like me. I can relate all this to so many things in the actual board. It's quite visible that Prof. and his team has put lot of efforts to bring it up.
The course serves as a good starting point for small signal ac modeling and simulation for converters operating in the CCM / DCM mode of operation.
Very good course. This course lifts you out from ideality and places you in reality in terms of the behaviour of compensation circuits and more.
Thank you to Dr. Dragan Maksimovic for this cours. This is very effective for my profession.
Just a Masterclass in modeling and simulation of power converters
Great course for power electronic modelling and simulation.
Excellent course, as always from UCB.
Excellent lectures and quizzes.
very good course
It's an advanced course which gives for granted lots of things of electrical engineering basis. However, the teacher is really good at explaining things without making them too complicated. I really enjoyed doing it and it will for sure improve your work!
The videos and assignments were very much rigorous and the author explained everything in a subtle manner. I request the learners to brush up the basics of Control Theory and Power Electronics before taking this course.
Some the the files have issues in them, but I guess they might intentionally have issues in them to get you to think about the content.
Pretty interesting, lectures are for the most part comprehensive.
A disjointed collection of leftovers and odds-and-ends from the other three courses. A third of the course assumes materials not presented in the prerequisites. Like the rest of this "specialization", contributes only to practicing one's algebra, little to practical engineering knowledge.