The discussion revolves around the challenges and considerations of pursuing a PhD in semiconductor devices for someone with an undergraduate background in computer engineering. Participants explore the necessary foundational knowledge in solid state physics and recommend study materials to bridge the gap in understanding.
Participants generally agree that a solid foundation in physics is important for success in semiconductor studies, but there is no consensus on the best approach to acquire this knowledge or which resources are most effective.
There are indications of uncertainty regarding the specific prerequisites for the PhD program and the most effective study materials. The discussion reflects varying levels of familiarity with the necessary physics concepts.
Individuals considering a transition to semiconductor device studies from a computer engineering background, as well as those seeking advice on foundational physics resources.
hasniali said:Prof says that it will require hardwork but you can do it because a lot of people change their fields during grad studies. I have been reading Semiconductor Device Fundamentals by Robert F. Pierret as recommended by prof but I can not understand a lot of stuff. I get lost in so many terminologies and equations that I am unable to grasp the basic concept or particular phenomena.
By basic you mean general physics courses like PH101 & PH102? Kindly recommend a textbook or any other resource to start with and then finally deal with the Rebert F. Pierret book on Fundamentals of Semiconductor Devices.SteamKing said:I think you just answered the first question from your OP.
Your CS background taught you how to use these devices in a computational setting without going into the details of how they worked. Now, you're deep in the belly of the beast, for which your previous experience has left you unprepared. You might have to brush up on some more basic physics before tackling the solid state and semiconductor stuff.