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Guest
You are right - if you are looking for an opinion, you have come to the right place !! :lmao:OK, let me fire off some more questions to seek some more opinions. It seems like people on these boards enjoy sharing their opinions, so I won't hold back on my questions...
In response to your questions:
Has anyone tried a long-term study strategy, perhaps putting in fewer hours per week but still trying to hit a cumulative in the zone?
I spent a solid month accumulating and organizing my references/materials. That sounds crazy to you doesn't it ?? Well, I found that organization was a solid key to getting this exam done right. If you don't know where to find 'it' you are going to be in big trouble come exam time. Also, a lot of my material overlapped, so I ended up making subject binders for each of my areas. I included often used equations/conversions, some problems, and supporting tables, charts, figures, etc. I found myself constantly updating these binders, up until the night before the exam.
Right now, I'm thinking of trying to come up with some kind of schedule with hours of study matched up to the topics on the exam. That way I can work along based on the time I have available. Any comments on this? Has someone already done this?
I think you need to spend more time on the subjects that you are going to most likely encounter (e.g. your Depth areas); however, give yourself enough time to prepare for ALL of the AM material. I always made the mistake of 'skipping' those problems I didn't think I need. Big mistake - cost me three more admissions to the big dance.
Look at what the exam specification provides for in the morning for each subject. Follow those subjects in the CERM since that will most likely be your primary go-to source during the exam. Be prepared to supplement your subject binder based on deficiencies in the CERM - for instance I thougth CERM was woefully inadequate in Chapter 20 (Meteorology). I supplemented that material with notes and bookmarks for where to find things like unit hydrograph, probabilistic forecasting, etc. in my other references and workbooks. The bookmarks would include key equations, unit conversions (as deemed important), and locations of sample questions/solution types.
Okay - the point will be that once you commit to putting in between 250 - 300 hrs of review time in, you will be in your zone. By virtue of investing that much time, you will be there.
Would it be more effective to commit to working a certain number of problems rather than working for a certain number of hours?
I recommend setting up study 'sessions' in 3-hr blocks. This allows enough time for you to engage your problems but not dwell on them. Moreover, the human mind after three hours begins to suffer from serious retention drop-off. If you are going to make the effort to learn, might as well do it under optimal conditions.
Has anyone used review materials or programs from MGI or NSPE or NCEES?
I knew some people who did the MGI thing - those problems seemed to be more difficult or in depth than what you might encounter on the exam. I think a key thing to keep in mind as your are preparing - spend some of your time just setting up problems but not solving and some time going through the mechanics of solving - especially unit conversions. If you spend you time solely solving problems, you are going to be somewhat at a loss for time for getting to everything you want to cover.
And for some perspective - approximately 70% of the material that I hit REALLY hard didn't show up on the exam. So keep that tucked in the back of your mind as you are preparing too.
Right now, it sounds like the best thing to do is work through the problems in the CERM Practice Problems book for the areas I'm going to be focusing on in depth (WR).
Good plan. I would also see about picking up a copy of the Six-Minute Solutions - at least for WR. I would also make sure you have a few good background books - I liked Gupta's Hydraulics and Hydrologic systems. Nice mix of theory and application - lots of well explained examples.
Also, according to the NCEES website, the breakdown for the WR questions was written in 2000. If the breakdown hasn't changed, is there any good reason to run out and buy a new Lindeburg book? I've got the 7th edition / 1999 CERM and Practice Problems. Does anyone know exactly what changes between these editions?
The primary difference is based on the changes in codes for structural and transportation. These differences are located in a few chapters, but I don't have my CERM here with me, so I can't enumerate them. I will edit the post to include those chapters once I get a hold of my CERM.
Older version of CERM works fine. I used CERM 8th Edition and passed in Oct 2006.
Regards,
JR