It's easy to feel as though you need an expensive laptop for college, but more often than not that's far from the case. 90% of students would probably be totally fine with almost any laptop out there—it's mostly engineering students who need a little more horsepower. Here's how to find exactly what you need. Engineering professionals on the go often need some incredibly powerful PC hardware. Needless to say, if you need 0 compromises on power, affordability and mobility both fly out the window. While for someone like that, the perfect pick might be an MSI Mobile Workstation, students like me would be hard pressed to hand over cash we could use to purchase a car, books, or food for a laptop—especially with mounting college debts. Engineering students like myself often run into a problem when they are heading to college. Many are not of the opinion that a Macbook is the right choice, or simply don’t have $999 to throw at a base model 13” Macbook Air. Where in most majors, you can get by with just about anything, certain engineering professions require the use of laptops that meet specific requirements.

With that in mind, I’ve decided to take a look at the requirements that befit most STEM students in terms of usability, preferences, and the need to run common software. I personally just had to shop for a laptop myself and, as an ME student, I felt I should share the options I considered for myself along with other deals available.Blue Pitbull Puppies For Sale In South Dakota I’ve arranged this guide into three categories: Computer Science, Electrical/Computer Engineering, and Mechanical Engineering. Loose Kitchen Faucet BaseI put them in the order of increasingly powerful computing needs.White Cat For Sale Chico Ca Those more expensive options on the list (like the $800 Inspiron) are perfect for any content creation needs from graphic design to video editing, plus CAD and 3D modelling work, and even light gaming. 

I also not only created links to the proper search filters on Amazon for said laptops, but picked out a few options I feel stand out. Usually, these are especially good deals for the included hardware and well-reviewed models. I also filled out the price range I feel is fair to meet or exceed the presented requirements. Specs for Computer Science laptops are based on what computers can run Eclipse, a commonly used editing platform. Eclipse's rather meager list of specs is proof that even 8-year-old laptops have no problems coding. Based on these specifications, here's the list of laptops that might work for your CS needs: This is more or less the "bargain basement" option. This is a very budget-friendly Windows machine with solid reviews. The LPDDR3L performs as well as DDR3L but uses 90% less energy while idling so it's a little more power efficient. The tradeoff is that it's soldered in permanently. The Vivobook is basically a budget Ultrabook. ASUS is known for quality and certainly delivers the look of a premium laptop here.

The difference in price over the Acer Chromebook 14 gets you a CPU twice as powerful and four times the storage, 1080p display, and Windows. A pretty great deal altogether, in my opinion. This may seem a bad deal next to the Vivobook, but the i3-6100U is a hidden gem. It outpaces the Vivobook's Pentium quad core in every benchmark thanks to hyperthreading (four threads but two physical cores). If you need a compiling powerhouse, look for the sixth generation i3/i5/i7-series and the laptops in the EE list below. Side note: Many of my CS buddies look for backlit keyboards in their machines which are typically a premium feature. However, since you'd likely only need that in one room, consider buying an external backlit keyboard. Coders use those a lot, anyhow, and some are super cheap. I've personally used this one. These specs for EE/ECE laptops are based on which laptops can run AutoCAD Electrical. This is the most demanding PCB design software I could find and it's still not very demanding.

Computer-focused people will have the same coding needs as CS folks, plus the need to use light graphical tools for designing boards. Based on the above list, here are the laptops that might work best for electrical and/or computer engineering: This is a repeat from the CS list, but it deserves a spot on the EE/ECE list, as well. This HP has a pretty generic, modern look, but it packs far more power than the x360 or Vivobook in its far larger body at near the same price point (as of 07/22/16). This is likely considerably more power than you'd need as an EE. If it's on sale under $450, like it was when I was researching, it's a great deal. The discrete graphics card isn't really needed for EE, but if you need to do graphical work it will certainly help. Computer engineers will appreciate this. This is the same laptop model as the one above, but with a better GPU and an SSD for a little extra cash. This one gives better hardware per dollar. And one more time, here's the Acer Aspire E 15 with an i7 for another price hike to give it even better value.

This i7 is almost as fast as the i5-6300HQ Quad core; the i5 HQ has four cores and four threads to this i7's two cores and four threads. In fact, this laptop has a faster processor and far better graphics than the fully-upgraded Macbook Air 13"—and costs about half as much. These specs for ME laptops are based on what's needed to run Autodesk Inventor Pro, a program that's very easy-to-use and free for students. I have plenty of experience with this design tool. Solidworks is a more commonly used alternative with heavier system requirements but is unspecific about what graphics hardware it will work on (I assume at least 2GB Vid-RAM). Note: The “recommended” specs are for desktop workstations. 2GB VidRAM is typical. Based on these specs, here are the laptops that might best suit your ME needs: See the EE/ECE section for the details here since it's the same as above. Though it's a relatively weak GPU, it's still a dedicated one with 2GB GDDR5. The quad core i5 and GTX 950M are both considerably better than the previous Acer model, plus this includes a backlit keyboard!

While this model may seem overpriced compared to the V 15, especially with a worse CPU, it looks way better in my opinion. Also, while the Acer models all stuff lots of hardware into a cheap chassis, Asus generally has a better quality look and feel. It's also lighter, thinner, and more power-efficient. It comes with an empty 2.5" bay for extra storage. Now this is a proper rig for editing, 3D graphics work, or even moderate gaming. While its computing power is only marginally better than the 950M, it sports twice the vid-RAM which CAD work often eats up. Personally, I'm not a big fan of the typical red n' black gaming aesthetic, and this laptop only half-embraces it. It looks less business-like than I prefer, but more professional than most gaming laptops out there. This is ultimately what I got. Ultimately, I chose this based on the holiday sale being offered at the time. I would recommend only pursuing this option in the same conditions: a nice sale. If you're after uncompromised processing power, this machine has your back.

The quad core 8-thread i7-6700HQ is a beast. This option definitely has the most powerful processor under $1200. You can always replace the HDD with an SSD on your own. Amazon - Laptops for ME Keep in mind that, while a Google search for ‘gaming laptop’ will net plenty of machines with the CPU/GPU/RAM ME students need, it’s very common for those to have very small batteries which won’t get through two classes. Visit manufacturer webpages and check out the pack capacity in Wh (watt-hours) for specific models. You’ll want over 60Wh for a beefy PC—dedicated graphics are power hungry. You can typically run anything required of an engineering student on campus desktops. So if, for instance, you’re an ME student who can’t afford a $500 laptop, you could always fall back on campus resources and get a cheaper laptop. It also pays to upgrade rather than look fo a whole new model when it comes to wanting more RAM or an SSD. Online guides are all over the place: Simply look up your laptop model on iFixit or look for YouTube video tutorials.

There's a chance you can be done in 20 minutes with no prior experience (well, longer if you count the cloning time for an SSD swap). Remember: Try to spend less than $1000. Once you cross that line, you may as well get a $500-600 desktop and spend the money you saved on a good $400 laptop. The performance of a desktop i3-6100 handily beats even an i7-6500U mobile CPU, and a desktop GTX 750 ti edges out a mobile GTX 960M. Together, those desktop components are about $220, while a laptop with those specs would run you $700 easily. Core i Series ex) i5-6200U: i5 Series, 6th Generation; U is dual-, HQ is quad-core CPU Central Processing Unit, a.k.a. processor. GPU Graphics Processing Unit, a.k.a graphics card HDD/SSD Hard Disk Drive / Solid State Drive. SSD is way faster, but expensive. RAM (Random Access Memory) Notation DDR3/DDR3L are similar. DDR4 is a bit more efficient, newer. CPU Hierarchy 6th gen is newest. All 6th gen U CPUs < 6th i5 HQ < 6th i7 HQ