I've got to ask you why you would be interested in taking the exam when you will not be able to get licensed in your state? Are you just taking it for personal gratification? In that case I think California would be good because they allow for an industry exemption. If you actually want to practice somewhere, I would suggest taking it in the state you want to practice.
Here's the reference you need for cali
http://www.pels.ca.gov/pubs/forms/perefsfrm.pdf
As you can see, NPER (No PE Required)
I am interested in taking the exam since it is required to be licensed in any state; including the one that I reside in currently. A PE license is the requirement for State/City/Municipal jobs that are titled Engineer.
Yes, the personal gratification of also passing it is another reason. I tried the the NCEES Sample Exam first before any review, without resorting to any reference material. The only questions that stumped me were the ones relating to the NEC Code (e.g., questions related to grounding). However, I got almost all of those right since I've done electrical wiring of my own home and had to resort to the NEC Code (one of the reasons that I already possessed the NEC 2002 Code and Handbook). More importantly, the Computers depth questions are a lot easier than the Cisco certification exam questions. (I hope that NCEES doesn't make the Computers section harder simply because of this statement. Unlike engineering where one has reference material, the Cisco certified engineer has to make changes to operating equipment "on-the-fly"; can't go look it up in some reference book).
My "beef" with the PE Exam is the requirement that the qualifying work experience be under a licensed engineer in the specific discipline. This means that all of my work experience in exempt industries under Ph. Ds, IEEE Fellows/Life Fellows, etc. are for naught in obtaining a PE license since these supervisors aren't licensed PEs. Thus I am not qualified to be an Engineer in any State/City/Municipal government since I do not have qualifying work experience under a licensed PE. However, I am quite qualified to design and build medical devices, VLSI circuits, WMDs, satellites, submarines, precision guidance systems, real-time software systems, etc. All of this work experience is useless in applying for the PE Exam.
Then there are the software engineering related questions in the Computer Depth area. Almost all of the program managers or supervisors that were above me were not degreed engineers nor did they possess computer science degrees. The people that I supervised that performed software engineering or even programming --- only 2 were EEs in my entire career.
I personally think the PE Exam is much more achievable (i.e., passable) than the FE Exam since it is in a discipline that I have experience and thus is in my comfort zone. Others on this forum/board may disagree (nice part about a democracy) that the PE Exam is easier than the FE Exam; however, my work experience in the exempt industries actually had me utilize the Computers, Power, and Electronics/Communications/Control areas. When I first attempted the FE Sample Exam, I think I got only 5 questions right. Thus, my HAPPINESS and sense of relief when I received the results stating that I had passed the FE Exam on my first attempt.
I wrote to my State Board and told them that I am extremely interested in the October 2008 PE Exam since it is the last one that will actually test one's knowledge across a breadth of Electrical Engineering knowledge. I always thought the characteristic of a good engineer was the creative application of Electrical Engineering knowledge across the spectrum.
Another obvious "hole" in the PE Exam and licensing process is the fact that no "credit" is given for continuing education or participation in professional societies (e.g., IEEE, ACM, CMG, ASEE). Again, my experience in the exempt industries (IlPadrino may want to comment on this) is that an engineer had to take continuing education courses. Thus, I was able to take EECS graduate courses, Image Processing, and Digital Signal Processing courses (at that time companies paid for such as long as we got some type of certificate or passing grade --- you can see I am dating myself). On the software engineering side, I taught as an Adjunct Faculty member; another way to keep up one's engineering skills and knowledge. Besides ancient Fortran, Z80, 808X, C, C++, and Java, I gained DB knowledge (Oracle/Sybase/Ingres), RTOS, and X-Windows skills. The annual (in one company semi-annual) performance reviews had blocks for identifying continuing education achieved and future continuing education courses. Of course I am dinosaur since the larger companies also had in-house engineering courses in my heyday. The ones I took were taught by Ph.D degreed engineers who also were Adjunct Faculty or had taught university engineering courses, but were now corporate employees. I learned about about Radars, ELINT, SIGINT, communications theory this way.
I realize that NCEES is trying to get the various states to require that licensed PEs now take continuing education courses but such credit should also be taken into account for those who want to take the PE Exam. While I had not used Bode plots directly in my work experience in eons, I was able to recall what it was about because of the continuing education courses that I took. None of the licensed PEs that I know in my state have taken any continuing education courses. Not that my state offers much in this area of knowledge.
Now that I've been exposed to the different sides of engineering (FE Exam), I want to attempt the PE Exam in Mechanical and Environmental Engineering disciplines in the future. I also would be interested in some option to take the different Depth exams in the Electrical discipline (this my personal gratification side). Besides, based on the comments that are posted at this board, it may be the only way to judge where one's weakness is.