Best Laptop For Biomedical Engineering Students – Buying a laptop for a biomedical program isn’t as complicated. You only have to take a few specifications into consideration before making the buy. Since biomedicine doesn’t demand as many resources from a laptop, you’re likely to go for aesthetics with decent power. The below-mentioned laptops do a really good job, and they look good doing it as well.
Best Laptop For Biomedical Engineering Students – ROUND UP
We know how difficult it is to find the right laptop when you have so many options, but don’t worry. If you carefully read specs and compare different products, you can find your dream laptop. Here are some of the ideal specs a laptop must-have if you are considering it for biomedical engineering.
1. Acer Nitro 5
While both the Nitro 5 and Bravo 15 benefit from AMD’s new “Renoir” CPU architecture, there’s only so much Acer can do with a lower price. Besides packing a six-core Ryzen 5 versus an eight-core Ryzen 7, the Nitro 5 has 8GB of memory versus 16GB and a 256GB rather than 512GB NVMe solid-state drive.
The smaller SSD is the biggest practical cut for most folks; it will make it tough to install many games. But unscrewing the bottom panel reveals welcome room for expansion: a second M.2 slot for another SSD, plus a 2.5-inch drive bay for up to a 2TB hard drive. There’s a drive cable in the box.
2. HP Spectre X360
The HP Spectre line is second to none when it comes to design, and this latest model is no exception. Like its 13-inch predecessor, the Spectre x360 14 is made of CNC-machined aluminum. Also like its siblings, you can get the 14 in “nightfall black,” “Poseidon blue,” or “natural silver.”
Take a look at some pictures before selecting your color because they each have pretty different vibes. The nightfall black option has a sophisticated, svelte aesthetic that looks tailor-made for a boardroom. Poseidon blue is friendlier and probably the one I’d go for myself.
3. Dell XPS 15
After several years of the same stale, hefty chassis, the Dell XPS 15 finally has a new look. It’s a similar redesign to the one the XPS 13 got earlier this year, and the same caveats apply. Listed out here, the tweaks Dell has made may seem insignificant, but they add up to a machine that looks and feels like an upgrade.
The XPS 15’s base model starts at and includes a Core i5-10300H, 8GB of RAM, a 256GB SSD, Intel UHD graphics, and a 1920 x 1200 display. This model is really for anyone who just wants to browse; if you need any sort of computing power, you’ll want to spring for the i7.
4. Dell XPS 9560
Dell wasted no time in making available the refreshed XPS 15 9560 now that the GTX 1050 and 1050 Ti have been made official. When compared to the XPS 15 9550, the 9560 has updated both the Skylake CPU and Maxwell GPU to the appropriate Kaby Lake and Pascal processors.
Most everything else about the XPS 15 9560, however, remains essentially identical to last year’s model. As such, we recommend checking out our first XPS 15 9560 review and our previous XPS 15 9550 pages for more details on the chassis and hardware. Our latest 9560 test unit carries a faster i7-7700HQ CPU, a higher resolution 4K UHD glossy touchscreen, and a larger 97 Wh battery compared to the i5-7300HQ, matte FHD display, and 56 Wh battery on our first SKU. The configuration in review runs for about $400 to more than our i5-7300HQ unit, so we’ll be diving into the benefits as well the drawbacks of this pricier SKU.
5. Microsoft Surface Pro 7
Almost a year and a half later, here in 2021, it remains the alpha dog among 2-in-1 detachables. A handful of competitors have come for the crown (full support for its Surface stablemate, the Surface Pro X, never quite materialized), and bending, non-detaching 2-in-1 convertible laptops are worthy alternatives. But the Surface Pro design is still our favorite among pure detachables.
(A model with updated components, the Surface Pro 7+, is also now available; more about that in a bit.) The physical design is showing its age somewhat—we anticipate a new-look version next time around—but it still has strong tablet chops. If you’re looking for a less expensive 2-in-1 to use when working in what passes for mobile fashion these days, shuttling from room to room instead of airport to airport, the Pro 7 is the go-to in its category for a reason.
I know most of you just wanna be told what to buy so I’ll try to summarize the last section here (you can still check details at the end!).
For laptop buying purposes let’s divide engineers into 3D and 2D engineers.
If you are a CAD engineer(civil, mechanical, aeronautical) then you are a 3D Engineer and may have to worry about specs (just finding a laptop with a dedicated graphics card really).
2D engineers (electrical , computer, chemical, software,industrial, etc) can settle for pretty much any modern laptop that can run Windows 10 Home.
All engineers should aim for 8GB RAM. This will prevent any lag situation with any software & the number of browsing tabs you have open.
Intel Core i5/AMD Ryzen 5 Chips and above for both 3D/2D Engineers. 2D engineers can settle with core i3 and other AMD procesors if they’re short on cash.
The key of being succesful in every class is TIME management, if you want to save TIME get an SSD (this will max out productivity because everything will load up in less than a second including the time it takes to boot your laptop). Nearly all laptops in 2021 come with an SSD, just double check.
Any consumer or “gaming” GPU with 2GB vRAM(in other words any GPU released within the last 3 years, yes any) for 3D engineers will work!
2D engineers do not need to even look at this spec.
Only professional engineers should consider workstation cards (even then it might only be useful in every special situations).
Size: If you are going to be staring at this thing for days, why not be kind to your eyeballs? Get at least a 13” display, with a matte finish if you can (or set brightness to low levels).
Resolution: 1080p for all engineers. This will give you enough workspace area & will scale up nicely with any software out there. Avoid 4k resolution displays( you will anyways, they cost an eyeball).
Probably the most important feature if you are a student. As light as possible. Keep it around 3lb (unfortunately powerful ultra lightweight laptops are expensive ).
Frequently Asked Questions
WHAT IS THE PERFECT CPU FOR BIOMEDICAL ENGINEERING?
If you belong to biomedical engineering make sure to consider a laptop with at least Intel Core i5 processor and above. Only this kind of processor can run software a biomedical engineer needs.
WHAT IS A BETTER HARD DRIVE OR SSD?
A laptop must feature at least 500 GB or larger hard drive. In the case of an SSD, it should be 256 GB or higher so that you may not have issues regarding storage.
HOW MUCH RAM IS NEEDED?
RAM must be of 8 GBs so that you can run multiple software or open multiple tabs at the same time without getting your laptop hanged.
WHAT IS THE RIGHT OPERATING SYSTEM?
You cannot ignore the importance of the operating system. It is suggested to prefer Windows 10 so that you can enjoy all updates. If you want to go with Apple, consider at least macOS X 10.10 to save you from any trouble.
WHAT IS THE IDEAL DISPLAY SIZE AND RESOLUTION FOR A LAPTOP?
It is necessary for a biomedical engineer to have a laptop with a 1080p resolution. Moreover, the display size must not be smaller than 13 inches; otherwise, it will be difficult for you to track your tasks.