Best laptops for engineering students in 2026: Our top picks tested and rated

If you're an engineering student looking for the best laptop for your studies, three things are critical: a strong CPU for simulation, a powerful GPU for CAD work and plenty of RAM for complex data analysis.

Finding the best mix of these traits in a well-priced laptop is hard, but that's where we come in — reviewing hundreds of laptops to help point you in the right direction. The good news? There are plenty of machines that will match what you're looking for as an engineering student.

Whether it be the powerful Asus ProArt P16, our top pick due to its fabulous design and plenty of horsepower, or a more value-focused option like the Lenovo Legion 5i Gen 10, boasting an OLED display and packing enough performance to run through workloads, you'll find a laptop an engineer can make the most of.

For your next laptop made for engineering work, our pick of the best laptops for engineering students will do just the trick.

Written by

Written by

Darragh Murphy

I'm Darragh, and I cover a wide variety of categories when it comes to laptops. No, I haven't been an engineering student myself, but I know the power it takes in a laptop for it to be worth considering for the type of demanding CAD and 3D apps engineers will be using. I'm always checking out powerful, top-of-the-line machines that handle great under pressure, and those are the ones that should be on engineering students' radar.

The best overall

The Asus ProArt P16 is what I recommend most to engineering students because it strikes just the right balance between being powerful enough for engineering work and portable enough to carry around school.

This Windows 11 laptop comes with a nice, bright 16-inch OLED touchscreen — making every piece of work you're on look simply mesmerizing. Plus, having the touchscreen gives you a nice alternative way to interact with the laptop when your hands are tired from typing out assignments.

If you plan to do a lot of demanding coursework, that combination of Nvidia GeForce RTX 4070 and AMD Ryzen AI 9 HX 370 is perfect for design work and simulation, or even getting into programming and calculations. Plus, a ton of RAM in here is great for those multitasking demands of that workload.

Oh, and for that work, the touchpad and keyboard combination feels great to use, from the tactility of each key to the satisfying oomph of that mouse click. Pack in a bunch of ports, and provided you're okay with middling battery life and a tendency for those fans to kick up a storm, you'll love this.

Read our full Asus ProArt P16 review.

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The best laptop for value

If value is at the front of your mind, get introduced to the Lenovo Legion 5i (Gen 10). With the power this machine boasts for under $1,250, you'll be getting all the bang for your buck on a system sporting a strong set of specs — even an OLED display!

The Legion 5i is made for gaming, and that power translates quite nicely for blitzing through demanding engineering programs. That's thanks to the Intel Ultra 7 255HX CPU, RTX 5060 GPU, up to 32GB of RAM and up to 2TB SSD storage this laptop holds. That's enough to play Cyberpunk 2077 at Ultra settings at 1080p, so rest assured, it brings the heat.

Otherwise, it delivers many useful traits you'd want in a laptop for studying, including a gorgeous 15-inch WQXGA (2560 x 1600) OLED display with a 165Hz refresh rate and HDR quality for smooth, clear details, along with HDMI 2.1, six USB-A and USB-C ports and Gigabit Ethernet for speedy internet.

On the downside, the Legion 5i Gen 10 doesn't have the best battery life (lasting just around 4 hours), and fans can get noisy. So, just be sure to keep this near an outlet. Otherwise, for plenty of power for less (and gaming on the side), the Lenovo Legion 5i Gen 10 has got you covered.

Read our full Lenovo Legion 5i Gen 10 review.

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The best compact laptop

You'll regularly find the Asus ROG Zephyrus G14 at the top of our list of best gaming laptops, and the latest model sporting an RTX 50-series GPU is no different. Not only does its power under the hood make it an ideal choice for engineering students, but it's also wonderfully portable.

Along with its AMD Ryzen AI 9 HX 370 CPU and the 64GB of RAM that came with our review unit, the Zephyrus G14 can chew through transcoding a 4K video down to 1080p in under 3 minutes, multiple Chrome tabs and apps, play high-intensive games at 120 FPS and more.

Being just 3.5 pounds, it's a great laptop to take around to class and blast through research or work. One problem is its battery life, which can last around 5-6 hours for daily tasks. That may decrease when using demanding, engineering-focused apps, so it's worth taking its power brick with you for a quick charge between classes.

Regardless, as a laptop that offers all the key elements an engineering student needs (and for a long while to come), it's hard to go wrong with the Zephyrus G14. Oh, and its 14-inch (2880 x 1800) OLED display? Its a beauty.

Read our full Asus ROG Zephyrus G14 (2025) review.

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The best MacBook

Let's just have a look at our benchmarks for the 16-inch MacBook Pro M5 Pro: a 4,306 single-core and 28,586 multi-core result on Geekbench, transcoding a 4K video to 1080p in 1:45 seconds and a PugetBench score of over 15,000 for Photoshop. If these numbers don't mean much, just know that it outperforms the strongest offerings in laptops to date.

The MacBook Pro with Apple's M5 Pro chip is an insanely powerful laptop, with its 18-core CPU, 20-core GPU and up to 64GB of RAM. That means running programs for simulation and analysis will be a cinch, and AutoCAD can be used to easily power through drafting, design and modeling more than ever.

This is the MacBook Pro you'd be familiar with, and the 16-inch model boasts a gorgeous Liquid Retina XDR (3,456 x 2,234) display with a 120Hz refresh rate, along with that sleek, portable and premium design. Again, since this runs macOS, be sure to check whether the engineering apps you require are Windows-only before you buy.

Now, we will say the base MacBook Pro M5 is still a mighty pick, as it impressively catches up to the M4 Pro! It's more affordable at $1,699, but don't expect the multitasking prowess of the M5 Pro with nearly double the CPU and GPU cores, and more base unified memory. That's all based on the number of engineering-based tasks you need the laptop to handle, but regardless, for the ultimate performance, the MacBook Pro M5 Pro 16-inch is your best bet.

Read our full MacBook Pro M5 Pro 16-inch review.

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The best Windows laptop

The Dell XPS 14 is like the company's apology for trying to cut its long-favored XPS lineup, and with its speedy Intel Panther Lake performance, premium design and absolutely stunning 14-inch 2.8K (2880 x 1800) OLED touch display, we accept that "apology."

There are multiple configurations the XPS 14 comes in, but for top-tier power to manage your workflow for demanding engineering work, the higher-end model is well worth the investment. Sporting an Intel Core Ultra X7 358H, which comes with very impressive integrated graphics good enough to play the latest PC games with a boost from Intel XeSS frame generation and upscaling, and 32GB of RAM, this laptop is a beast at handling heavy workloads.

All that power is wrapped up in a compact, 14-inch design that's practical as it is lightweight (just three pounds) and sleek, and its OLED touchscreen will make those 3D engineering projects shine on display and easy to interact with.

It's a steep price at $2,199, so we recommend keeping an eye out for discounts (Dell has sales frequently). And there are lower-priced configurations if you're after more affordable power. Plus, without OLED, this laptop's battery life can last over 20 hours, which is always a nice perk for a day of classes! The Dell XPS 14 is Windows at its finest.

Read our full Dell XPS 14 (2026) review.

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The best 2-in-1

At first glance, the ASUS ROG Flow Z13 might seem like an odd choice for engineering students — a tablet-style 2-in-1 without a dedicated GPU? But don’t be fooled by its slim Surface Pro-like design. After a month of testing, it proved to be a seriously capable mobile workstation.

The secret lies in AMD’s Ryzen AI Max 390 chip. Even as the lower-end variant, its integrated graphics deliver performance comparable to an RTX 4060 (without ray tracing), making it ideal for running CAD tools, 3D modeling software, and simulation platforms like SolidWorks, ANSYS, or MATLAB.

Because the APU shares memory with the system RAM, the 32GB model effectively gives the GPU up to 24GB of VRAM — far more than most mid-range dedicated GPUs. Upgrade to the Ryzen AI Max+ 395 with up to 128GB of RAM, and this machine can easily handle large datasets, FEA simulations, and demanding multitasking.

Battery life is another big win. With no power-hungry discrete GPU, the Flow Z13 delivers strong endurance for all-day use on campus. It's pricey at over $2,000, but if you're after serious power in an ultra-portable form factor, this could be the ideal laptop for engineering students who need both mobility and muscle.

Read our full Asus ROG Flow Z13 review.

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The best premium

The Asus ROG Strix Scar 18 is the most powerful laptop we've tested, and while it comes with a gamer-centric aesthetic, it offers more than enough power for engineering students looking for a machine that can do it all — but it will cost you a premium.

This is the ideal laptop for those after more of a desktop replacement rather than a more portable laptop to easily take to classes. Although, while 7.3 pounds isn't exactly lightweight, its still lighter than other laptops in its class, like the Alienware m18 at over 9 pounds.

Its 18-inch 4K Mini-LED display with a 240Hz refresh rate offers a lot of screen real estate to work in CAD, finishing up homework in documents and, of course, play games. Although, this is also what makes it better on a desk than in classes, as it is a chunky laptop.

Otherwise, you can expect plenty of ports and great cooling for its internals, with the latter meaning in can manage demanding tasks without getting too hot under the hood.

This is a laptop that will take you through your course and more years to come, but you'll be paying a lot for a machine like this. While I recommend other laptops that are more portable for classes and ones that won't put a dent in your wallet, this is an option for those who have been saving up for a premium laptop for their engineering career. Just keep note that as a gaming laptop, its battery won't last very long — so always keep its power brick handy.

Read our full Asus ROG Strix Scar 18 review.

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Also tested

Since we test and benchmark dozens of laptops every year, many machines can be up for the task of being an engineering student's companion throughout their course. However, they can't all make this list.

That doesn't mean they aren't worth recommending, especially if they're at the right price and offer something the best don't. Check out the laptops we've tested and see if it suits your needs.

Samsung Galaxy Book 6 Pro (★★★★☆½)
Powered by Intel's Panther Lake chip (with up to an Intel Core Ultra X7 358H CPU), the Samsung Galaxy Book 6 Pro has quickly become one of our favorite Windows laptops. Its 16-inch OLED touchscreen is gorgeous, the integrated graphics are on point and having 32GB of DDR5X RAM is always helpful. It's well worth it for engineering students, but Samsung bloatware and its non-necessary AI features can get in the way. Plus, it's one pricey notebook.

Read our full Samsung Galaxy Book 6 Pro review.

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HP Omen Max 16 (★★★★☆½)
Despite the HP Omen Max 16 gaining top scores due to its incredible RTX 5090 performance and vivid 16-inch OLED display, its weight, price and short battery life aren't the best mix for engineering students. That doesn't mean it's a laptop that isn't worth recommending. On the contrary, its sleek design and cooling are superb, but you'll want to save a lot for a laptop like this.

Read our full HP Omen Max 16 review.

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Gigabyte G6X (★★★☆☆)
The Gigabyte G6X is a decent gaming laptop that delivers good performance thanks to its RTX 4060 on board, especially for its sub-$1,000 price. However, the Intel CPU is outdated and the cheap, plasticky keyboard and shell combine with poor display quality to make this laptop for engineering students feel cheap in bad ways.

Read the full Gigabyte G6X review.

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Battery benchmarks: comparison

Battery life is a key concern for students since you don't want a laptop to die in the middle of class. With that in mind, we've collected all the results from our battery tests of these laptops, and I've organized them below in a list that's easy to peruse.

As you can see, the MacBook Pro M5 Pro is the current clear winner in terms of long battery life at over 21 hours. However, a fair number of laptops on this list will last you around 8 hours on a full charge, which should be enough to get you through a day of classes.

Unfortunately, as you can see from our testing, gaming laptops typically have terrible battery life, and no gaming laptop on this list will actually last you through a full 8-hour day at school without plugging in.

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Performance benchmarks: comparison

To help you get a better sense of which laptops perform better, I've also included a table of all the results from these laptops in our CPU benchmark tests.

For these tests, we run the Geekbench single-core CPU and multi-core CPU tests and report the scores for each. By comparing these scores and seeing which is higher, you can get a general sense of which is more capable.

As you can see from the results below, the MacBook Pro M5 Pro is the clear performance leader on this list. However, even a more value-focused laptop like the Lenovo Legion 5i Gen 10 can put up very decent numbers in terms of raw performance.

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How to choose the best engineering laptop for you

Performance: If you're going to be spending years studying engineering, you're going to need a computer with enough power to handle anything your teachers throw at you. We recommend at least a new mid-range CPU (Intel Core Ultra or AMD Ryzen 7) and at least 16 GB of RAM, though if you can afford to spend more on on a laptop with better specs it will pay off in the long run.

Graphics and gaming: Most gaming laptops come with discrete graphics cards so they can run the latest games well, but the same card can be equally vital to engineering students who will be using CAD (computer-assisted design) and 3D analysis programs. These kinds of applications really benefit from the power of a good GPU, so if you're expecting to do any graphics or 3D work it's a good idea to invest in a laptop with a discrete Nvidia or AMD graphics card.

Operating system: Laptops typically come in three flavors: Windows (most mainstream PCs), macOS (MacBooks) and Chrome OS (Chromebooks). Chrome OS isn't good for much besides web surfing, file management, and light computing, so a Chromebook isn't a great choice for serious schoolwork. However, a crafty student could install Linux on a high-powered Chromebook to turn it into a decent laptop for engineering work.

Many engineering students spend a lot of time working with specialized or self-developed software, so Windows is often preferable over macOS because it throws up fewer roadblocks when using such tools. However, even Windows can sometimes get in the way of serious engineering work, which is why many engineering students get MacBooks or Windows laptops and install Linux on them so they can dual-boot into whatever operating system works best for their needs.

As mentioned above, when making your buying decision be sure to consult your teachers and/or the engineering department at your school for more specific advice on what you'll need for your studies. Whichever system you decide on, it's a good idea to pair it with the best mouse for your particular work situation.

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How we tested these laptops for engineering students

To find the best laptops for engineering students we run every laptop through a rigorous suite of benchmarks and real-world tests to gauge how it will perform during everyday use.

We measure the average brightness and color quality of each laptop's display using our in-house light meter and colorimeter. For general performance, we run our machines through tests that include Geekbench 6 (CPU performance), as well as machine learning performance via Geekbench AI tests — essential for the on-device AI tasks that some of these engineering apps are requiring.

Plus, we run the graphics benchmark tests in the likes of CrossMark and 3DMark. A strong GPU is needed for CAD work, and these are a great way to measure that.

For more information on our testing process, check out our guide to how we test.

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