Best Laptop For Electrical Engineering Students – Many of the programs engineering students rely on are also graphically intensive programs – especially CAD, MATLAB and Solid Works, which are used for 3D modelling and video rendering. This means that it’s crucial to have a laptop with a dedicated graphics card – rather than an integrated one powered by the processor.
We recommend a laptop with the latest Intel Core i5 or Core i7 chips, and at the very least, 8GB of RAM – though 16GB is even better.
A large screen with a high resolution is also advisable, and if you’re going to be working on site a lot, Finally, it would be a fine idea to take a look at some of the rugged or well-built laptops that are built to withstand accidents on work sites.
Best Laptop For Electrical Engineering Students – ROUND UP
So, what exactly makes for the best laptops for engineering students? Since you’re likely to be running complex programs like AutoCAD, you’re definitely going to need a laptop with enough power to run them.
Include Windows 10 Professional Activation Key (located on white label outside HP Box), HP International Warranty, 3 Years McAfee Internet Security(activation required), HP Stylus Pen
Intel Core i7-10750H (2.6 GHz, up to 5 GHz, 12 MB L3 cache, 6 cores) + NVIDIA GeForce GTX 1650 Ti with Max-Q design (4 GB) + 16 GB Memory, 1TB PCI NVMe M.2 SSD
- 15.6" diagonal 4K UHD, UWVA, BrightView, micro-edge, AMOLED, multitouch-enabled, edge-to-edge, 400 nits (3840 x 2160); HP TrueVision HD IR Camera with integrated dual array digital microphone, Fingerprint reader; Privacy Camera Kill Switch
Intel Wi-Fi 6 AX 201 (2x2) and Bluetooth 5 Combo (Supporting Gigabit file transfer speeds), 2 USB 3.1 Gen 2 Type-C with Thunderbolt 3 (40 Gb/s signaling rate, Power Delivery 3.0, DisplayPort 1.4, HP Sleep and Charge); 1 USB 3.1 Gen 2 Type-A (HP Sleep and Charge); 1 HDMI 2.0; 1 headphone/microphone combo
Precision Touchpad with multi-touch gesture support, Full size backlit keyboard, Bang & Olufsen, quad speakers, HP Audio Boost, microSD card reader
The Lenovo Legion Y540 Laptop was redesigned to deliver the ideal balance between epic gaming performance and practical portability. Take your games to the edge With its thin bezels, the Y540 packs more than 2 million pixels into a near-edgeless 15" FHD display
15.6-inch IPS FHD 1920 x 1080 Display, full-sized, white backlit and highresponse keyboard and number pad to your hands with 1.7 mm of key travel for the most ergonomic and comfortable gaming experience.
9th Generation Intel Core i7-9750H Processor (Hexa-Core, 2.6 GHz Up to 4.5 GHz, 12 MB Cache). NVIDIA GeForce GTX 1660Ti GDDR6. The Lenovo Legion Laptop is primed for those who demand gaming wherever life takes them.
Upgraded storage to 1TB solid state drive (SSD) While offering less storage space than a hard drive, a flash-based SSD has no moving parts, resulting in faster start-up times and data access, no noise, and reduced heat production and power draw on the battery.
Upgraded to 32GB DDR4 SDRAM for multitasking Adequate high-bandwidth RAM to smoothly run multiple applications and browser tabs all at once. Accessories including 29.99 value ghost manta wired gaming mouse, 4000 dpi, customizable RGB lighting gaming mouse.
Therefore, in choosing a laptop for Electrical Engineers we’ll suggest a laptop with the new Intel Core i5 or Corei7 chips and at least 8 GB of RAM even though 16 GB or more is also perfect.
Furthermore, most of the computer programs engineering students rely on are graphically intensive programs notably CAD, MATLAB, and Solid Works, which are used for 3D modeling and video rendering. Therefore, it is also important to have a laptop with a dedicated graphics card – rather than an integrated one powered by the processor.
This is why gaming laptops are also excellent choices for engineering students since they allow that kind of graphic power.
In addition to the aforementioned specs, a large screen with a high resolution is also advisable, and if you’re going to be working on-site a lot, it would be a nice idea to get a rugged or well-built laptop that is built to endure accidents on work sites.
Now, you should look out for these following features into a laptop for your electrical engineering needs.
Undoubtedly, a processor is one of the essential components of the computer system. Whether you’re doing simulations or programming, it heavily relies on the processor. However, unlike the mechanical, civil, or aeronautical engineers, electrical engineering majorly requires 2D-centric work; therefore, you don’t need the newest or most powerful processor for doing your job.
Usually, a dual-core processor can do the job nicely, but I recommend a quad-core processor, I have also included some dual-core laptops in the review section. A multi-core processor can handle multiple computational processes simultaneously; it makes your modeling much more straightforward.
Dedicated Graphics Card
There are some FEA applications which can utilize the laptop’s integrated graphics memory for modeling. However, a dedicated GPU doesn’t bite; it makes your work even smoother. That’s why I recommend a laptop with either NVidia or ATI dedicated graphics chipset. Dedicated GPU reduces the workload of the computer’s processor, and makes 3D modeling like a liquid.
There are some drawbacks of a dedicated graphics card such as it draws battery life much quicker, but if you’re into 3D modeling as well, then you’ll appreciate a powerful GPU.
An Ideal Size and Resolution
Choosing the apt size laptop for electrical engineering a bit tricky, because it should be big enough to read deciphering numbers and character conveniently, and shouldn’t be bulky as well. While keeping that in mind, the 14-inch size is just perfect, it doesn’t dominate you while using all day long and serve the purpose.
However, the size isn’t the single factor to consider; you should also pay attention to the display resolution. The higher resolution provides more working area on the screen. You can place multiple application side by side at the same time. Moreover, it allows seeing more lines of code or paragraphs without having to scroll up and down a lot.
I would suggest at least full HD laptop, it isn’t a big problem, however. Nowadays, most of the laptops are offering that much resolution. There are many other factors which affect the display quality, but when it comes to laptops, there isn’t much difference. Beside of size and resolution, additionally you can check the panel types and their surface finishing: always prefer IPS panel over TN unless you are into gaming, and matte finish panel (not so crucial) eliminates the glare effect and provides better visibility.
There are two types of keyboards available in the laptops – mechanical and membrane.
Mechanical keyboards have some “click-clack” types of sound when we use them; they have a hard-keys underneath, and they are ideal for gamers. For convenient typing membrane keyboard are recommended because they offer soft rubbers underlay, which provides tactile feedback, and quick response time.
As you know, you’re going to typing a lot; therefore, you can’t ignore the keyboard quality. The keyboard should be as much as responsive and convenient while working longer. According to my suggestion, you should choose a keyboard with a dedicated number pad, which helps to enter the numbers into the software quickly.
Nowadays, backlit keyboards are quite standard, and they come in handy while studying in low light, so don’t forget it.
You have noticed how many time I have advised to choose a portable laptop for electrical engineering students. However, if you’re a professional engineer, it might not be a super crucial requirement. Electrical engineering is one of the most challenging fields of study; that means longer study hours, lots of lectures and lab time; therefore it doesn’t make any sense to carry a giant machine around campus that is going to break your back. The best laptop for an electrical engineer student shouldn’t exceed the 6 pounds mark.
Good Battery Backup
For students, laptop with more extended battery backup always the right choice. A computer for electrical engineer students should have at least 6-7 hours of the reserve, therefore, which can last up to whole lectures and labs or you can find a power source until then. Keep in mind, the laptops with more than 7 hours of battery backup and excellent performance are more expensive.
The battery life majorly affected by the processor, dedicated GPU, and screen resolution. Usually, Intel “U” series processors are the best choice when it comes to long battery life. Moreover, unless you not into heavy graphics editing, 3D modeling or color sensitive task you don’t need the super 4K display which draws the much battery life, a full HD screen is enough.
All engineers should aim for 8GB RAM. This will prevent any lag situation with your software & the number of web pages you have open.
An SSD is a type of mass storage device similar to a hard disk drive (HDD). It supports reading and writing data and maintains stored data in a permanent state even without power. Therefore, you need a perfect SSD to maximize productivity in classes.
The best laptops for Electrical Engineering students need to be portable, have a good processor, graphics prowess and lasting battery life, good visuals, and affordable.
What specs should I look out for when buying a laptop as an electrical engineering student?
The RAM should be 8GB minimum.
Don’t get a laptop that doesn’t have SSD.
Minimum Storage: 256GB
Display: 13-inch for people who prefer small screens, 15.6-inch for everyone.
GPU: Integrated Graphics Card for non-gamers.
Consider buying the one which comes with the NVIDIA graphics card if you want to play a game with it.
What type of laptop can I buy as an Electrical Engineering student?
As an Electrical Engineering student, there are lots of laptops that suits your program.