Advice on purchasing new laptop

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When selecting a laptop for engineering graduate studies, high processing speeds and robust graphics capabilities are essential due to the demanding software requirements, including ProE, Fluent, NASTRAN/PATRAN, CAD, Inventor 11, MATLAB, and Mathematica. A dual-core processor, preferably AMD, with 1-2 GB of RAM (upgradeable to 4 GB) is recommended. The discussion emphasizes the importance of having a desktop workstation for intensive computational tasks, as laptops may not handle prolonged heavy workloads efficiently. Portability, size, weight, and battery life are also considerations, with a budget of up to $1600 mentioned. Recommendations lean towards Dell laptops for their performance and reliability, while Lenovo ThinkPad T series is highlighted for its durability and features. Conversely, Toshiba laptops receive mixed reviews, with some users reporting reliability issues, although others defend their performance.
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I am planning on purchasing a new laptop. Now that I'm in grad school for engineering, I need something with very high processing speeds and good graphics. The programs I plan to run are: ProE, Fluent, NASTRAN/PATRAN (finite element), a Robotics simulation program, CAD, Inventor 11, MATLAB, and Mathematica. What is the best laptop for engineers, in your opinion?

Any help/input is greatly appreciated!
 
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A top of the line Dell, the programs you listed are memory hogs and require as much memroy as possible along with the fastest graphics cards.
 
Because the reason to by a laptop is portability, you should give us an idea of what your expectations are in terms of size/weight and battery life. Next biggest deciding factor is price range.

In general I suggest you get a dual core processor (I like AMD), with 1-2 GB of ram, upgradeable to 4GB.

I hope you will also have a desktop workstation for the serious work, these are much cheaper and faster.
 
Size/weight really isn't an issue. I'm willing to pay up to $1600 for a new laptop.

If you could give me some links to specific models, that would be greatly appreciated.
 
I am going to repeat the question as to whether or not you will have a desktop workstation or access to a computing facility. Some engineering computational tasks (e.g. finite-element analysis) can take hours, days, or even weeks, so it would be preferrable to have a desktop workstation devoted to those tasks and to use the laptop for more everyday tasks (CAD, word processing, etc., and/or to control or access the desktop remotely). Running week-long tasks on a laptop turns it into a small, slow, and pricey desktop.
 
Honestly, for great reliability rating, and awesome processing speeds, my 2 labtops of choice are TOSHIBA and IBM Think Pads
 
You can't go wrong with Lenovo ThinkPad T series, in short they pack more features than a swiss army knife with a build quality of a tank. I have T43 and I wouldn't trade it for anything other than a T60.

As Toshibas goes I strongly advice against buying a Toshiba. I know 2 persons who bought a Toshiba laptop only to have it send back for repairs in matters of months.
 
haki said:
You can't go wrong with Lenovo ThinkPad T series, in short they pack more features than a swiss army knife with a build quality of a tank. I have T43 and I wouldn't trade it for anything other than a T60.

As Toshibas goes I strongly advice against buying a Toshiba. I know 2 persons who bought a Toshiba laptop only to have it send back for repairs in matters of months.

I have a Toshiba A4. I've had it for about a year and a half now, maybe even longer. I've had a few keys fall off, but there's been no hardware failure at all. 2 people with bad laptops doesn't necessarily mean that the thousands upon thousands up laptops a brand creates will be bad, or even enough of a number to create an accurate generalization.
 

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