Best Laptop for Computer Engineering Students

Best Laptop for Computer Engineering Students – Engineers, be it students or professionals, need to rely on decent processing power and an adequate chunk of system memory to take care of the more demanding tasks. Moreover, as an aspiring engineer, you must also take your domain and specialization into account, before taking the plunge.

In case we were to recommend the perfect laptop for myriad engineering tasks, the Razer Blade 15 will be the first one of our choices, mainly due to the future-proof and highly resourceful specs sheet.

If you are more invested in aesthetics, the HP Spectre x360 is also a decent choice to make.

Apart from this convertible, you can also consider the Surface Book 2 as this detachable is way more mobile and can also be used as a tablet.

Last but not least, if you want a budget-centric device with minor trade-offs, the Acer Aspire 7 from Acer is the perfect laptop to invest in.

OVERVIEW

So here we come to the end of an exhaustive list of 11 best laptops that have been narrowed down upon after intensive research for you guys. To choose the best laptop for computer science students would be to analyze what you’re looking to prioritize based on your usage requirements. And then choose a laptop that matches the specifications of your usage.

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ROUND UP

Now that we have cherry-picked ten of the best laptops for engineering students, it is time to elaborate on the things you must be heedful of when buying the device most suitable for you

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1.Razer Blade

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2.ASUS ROG Zephyrus

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3.Dell XPS

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4.HP Envy

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5.Apple MacBook

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6.HP Spectre

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7.MSI Prestige

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8.ASUS Vivobook

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9.Lenovo – IdeaPad

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10.Acer Aspire

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Best Laptop for Computer Engineering Students – BUYER’S GUIDE

The CPU or the processor is at the heart of any laptop, and while gaming machines usually pay more importance to GPUs, laptops for engineering students tilt the relevance back to CPU. Engineering software is more iterative and hence benefits from multiple core performances that the Core i5 and Core i7’s of this world offer.

It is better to have more cores, as the computational performance increases with the number of cores, hence we recommend at the very least a Core i5 processor, and if you have got the bucks to invest in a higher one. A Core i5 works well for all engineering disciplines.

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Graphics Card

As mentioned above, the GPU plays second fiddle to the CPU when it comes to the requirements of engineering students. Most engineering students will require just an integrated graphics card for their work. It is especially true for electrical, software, and chemical engineers who do not work on 3D simulations.

Fields such as mechanical, civil, and aeronautical, on the other hand, require 3D rendering and software that require higher graphical processing power. To achieve this, an entry-level or mid-tier graphics card by Nvidia would do the trick.

Similarly, GPUs vary according to their functionalities. While some are good for gaming, there are dedicated GPUs that handle software, 3D rendering in a better way. You can get such a GPU like the Nvidia Titan or the M2000 or higher ones.

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RAM & SSD Storage

The RAM on a laptop is an essential feature that all engineering students will utilize during the course of their degrees. How much RAM? Though, this is the question. Students with a background in electrical, software, and chemical can work well with 4GB RAM at their disposal.

On the other hand, students requiring 3D modeling during their coursework will want to invest in at the very least an 8GB of RAM. More RAM is always recommended, hence upgrading to even 16GB will be preferential, however not required.

Always look for a laptop with an SSD in it as it ensures faster bootup times, a lag-free environment to work in, and excellent multitasking capabilities. Similarly, when running full software, and SSD performs exceptionally well compared to the HDD, which is limited by its revolutions per minute. Software such as CAD produces humongous output files that require a lot of memory, processing power, and storage to open. An SSD will go a long way to operate these files smoothly.

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Display

If you’re looking for a 4K screen on your laptop, then you should re-evaluate the purposes for which you are buying the laptop. It is safe to assume a 1080p IPS panel will be more than enough to suit your needs, and going beyond that would be an overkill.

Most engineering students require a powerful CPU and decent display to work their calculations. Hence a 1920 x 1080 resolution will work perfectly fine, and if you can manage higher, that will be a bonus. Screen size should be around a 14-inch mark and preferably 15 inches as it will increase the display area for multitasking operations.

Moreover, a touch screen is not the necessity and, in some cases, may become a hassle for smooth performance. Most engineering students don’t require to draw and use a stylus per se and hence should look for a traditional display setup.

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Operating System

Most software for engineering students requires Windows as their operating system.

You can run a number of programs on the MacBook Pro, but running them requires some sacrifices. Hence, a Windows operating system will be your best companion on a laptop, while for programming or coding purposes, you may wish to install and learn Linux.

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Frequently Asked Questions

How much RAM is required by an engineering student?

As a rule of thumb, 8GB is the bare minimum for engineering students, provided they are more into online tasks, browser usage, spreadsheet management, and other moderately demanding tasks. However, for civil, mechanical, and students from similar engineering domains, 16GB is a decent mark considering the massive processing workload that might require managing.

Do Engineering students require 10th gen H-series processors?

While 10th gen processors are decent, future-proof choices, the H-series can be overkill if you are into basic tasks. You must only consider a 10th gen H-series CPU if you want to use the laptop even as an engineering professional. In most cases, a U-series processor is more than adequate when basic processes are concerned.

Why a mid-range GPU is preferred by engineering students?

As an engineering student, you would want to save money for the more essential specifications like storage and RAM. Moreover, with such a vast engineering curriculum to account for, you shouldn’t prep the device as a high-end gaming station and for leisure indulgences, mid-range GPUs like the GTX 1650 might just be more than adequate.

Is MacBook good for engineering students and professionals?

If you are primarily interested in coding, the MacBook Pro is quite a reliable gadget to consider. Then again, students from the core engineering domains like Mechanical and Civil are better off using Windows-powered notebooks, precisely for the software-centric compatibility on offer. Besides, if you still want to opt for a MacBook, it is advisable to opt for dual boot support for getting app-support for Windows or even Linux OS.

Which are the more important yet underrated laptop traits preferred by engineering students?

As an engineering student, you might need to store massive volumes of data which calls for the inclusion of a sizable storage module, preferably dual-storage for keeping gadget prices in control. Besides, you also need to take a closer look at the keyboard travel considering the fact that engineering students and even professionals need to type a lot. Last but not least, students who prefer moving across the country for relevant indulgences must look to purchase light-weighted and autonomous gadgets, offering a decent battery backup.

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WRAP UP

Are you looking to get a good laptop for your engineering needs? It doesn’t matter which engineering domain you are pursuing, be it civilmechanicalcomputer, a powerful machine that can handle the demanding applications without any lags is essential. To help you find a suitable laptop, we tested 85 computing devices from different brands and after a huge analysis, here are the 11 best options.

You must make selections based on highly specific preferences, particular engineering domain, and the demanding application programs that are often relied upon, either as a student or a professional.

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