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Best Laptops for Engineering Students

Best Laptops for Engineering Students

Engineering students have a more demanding workload on computers than most of the other study fields. Hence, an ideal laptop for an engineering student must have great computing and graphics power. Also, the laptop’s battery life should last at least a whole day for portability and flexibility.

The engineering students also require CAD tools for 3D modeling. The tools will only run smoothly in plenty of memory space. Similarly, with most engineers working with multiple monitors, consider expandability too.

In this guide, we will discuss the best laptops an engineering student can use. The article also highlights the various factors to consider before choosing a laptop.

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Best Laptops for Engineering Students

1. Acer Nitro 5

The Acer Nitro 5 is widely considered the best laptop for students studying computer science engineering. It comes with 4GB of RAM to accommodate all your basic needs, such as word processing. It also comes with a fantastic GeForce GTX1050TI 4G GDDR5 graphics card, perfect for software packages.Acer Nitro 5has an execution time of 2.5 GHz, which is ideal for programming AUTOCAD for developing a 2D layout. Most schools have computer labs where computers are kept, but it is recommended that each student have their computer. The Nitro 5 is a perfect pick, thanks to its powerful internals and audible fan noise.

The Acer Nitro 5 is an ideal laptop for engineering students because it combines simple, inexpensive, versatile, and excellent features. It has powerful specs, a good value for money, and a lightweight. Furthermore, the understated style is a refreshing shift from the usual flashy aesthetic. It is, however, an extensive unit. So, unless you have the Hulk strength, you do not want to carry it around campus. If you are an engineering student, you will need a laptop to deliver results that meet your specifications. Therefore, you’ll want something lightweight and compact, and the Acer Nitro 5 is a perfect choice.

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2. Dell XPS 13 9360

It’s an eight-generation Core i5 CPU with better thermals and higher performance. Unless you already have a vast application that takes a lot of power, which engineering students don’t have, it will last for at least five years, depending on the model you prefer. From the 1800p edition, it usually provides ten hours of use. It’s a luxury lightweight laptop with a large trackpad, a decent keyboard, and it’s made entirely of aluminum. It has a stunning monitor, all-day battery life, and a design layout that is second to none.

Engineering students need to have a laptop of the highest possible standard to ensure that none of their projects are compromised. Mechanical engineering software, including such Solid Works, consumes a lot of power and needs high-end requirements to run. Unless you’re a mechanical engineering student who has trouble finding the right laptop, don’t worry because this is the perfect laptop for you.

3. Surface Book 3

The architecture of Surface Book 3 is similar to that of Surface Book 2, but with a more uncomfortable-looking practical hinge. The battery capacity is a conundrum when the brightness is set to about 75%. Engineers could use the laptop for an entire workday while it is in laptop mode. It has two batteries, one on the keyboard and the other on the monitor. When it comes to tablet mode, it’s the best for architectural design. The good news is that a Surface Book with a discrete graphics card is now available (GPU). It’s only available in the complete laptop mode in the base model, but that’s probably while most people will need the extra power regardless. The Nvidia Quadro RTX 3000 graphics chip is used in the version I reviewed, and it isn’t a slouch. The Surface Book 3 can be pretty capable, thanks to discrete graphics and the option of up to 32 gigabytes of DDR4 RAM.

Surface Book 3 is the best to be used if you want to convert your laptop into a tablet. When you want to turn your laptop into a tablet, the Surface Book 3 is the best choice. When the very first model was released, it was groundbreaking. It’s still creative, but it can’t abide on its own when it comes to computing resources. The Microsoft Surface Book 3 is an outstanding notebook. The trackpad has some unique features you’ll find outside of Apple’s MacBook.

4. Asus Zen book 13

Asus Zen book 13 has a Core i5-1035G1, 8GB RAM DDR3, Intel UHD, 256GB PCIe NVMe SSD, 13″ full HD IPS, and 2.62lb. I-core five is fast and highly reliable since it consumes less power, leading to battery life. Moreover, it has the quickest SSD and 3D engineers, both essential for engineering work in the second, third, and fourth years of study, but it lacks a GPU. The screen is of excellent quality and is pleasing to the eye. Other features include an alloy frame and a backlit keyboard with a number pad only at the trackpad, which no other laptop has yet to introduce. It also has a catch in the form of a full aluminum chassis, similar to a Dell XPS, Surface laptop, or MacBook. However, if the most recent model is too costly for you, you can go for the previous year’s model. It has an 8th generation Intel Core i5 processor, equivalent to a tenth for many of these engineering applications.

This is amongst the best laptops to be used by civil, mechanical, aeronautical, and aerospace engineers. 

5. Lenovo idea pad 3

Lenovo’s IdeaPad 3 laptop is a fast, efficient, dependable, compact, and light laptop ideal for any engineering student. Dolby audio, AMD Ryzen 3 3200U, 4GB RAM, 256GB SSD NVMe PCIe, 15″ HD, 4.07 lbs, and 8-hour battery life are all included in this laptop.

Students studying programming should use this laptop the most. An SSD is substantially faster in terms of data access, read and write speeds and improves the overall performance of any app you use. With the addition of a 256GB SSD, the Lenovo Idea Pad Slim 3i gains the benefit of faster software access, which improves the overall experience. It’s been around for over ten years and is still suitable for all programming tasks. The Idea Pad 3 is a complete coding kit that includes all of the most up-to-date hardware specifications while still being reasonably priced. There will undoubtedly be a pause when rotating models and maps as an engineer working on 2D and 3D CAD projects.

6. MSI WS66 10TMT-207

It has an Intel Core i9-9880H processor, which renders it one of the most effective in terms of performance, as well as an RTX 5000 graphics card, which is faster than that of the 2070/2080 RTX computer GPUs. 16GB DDR4 MAX 32GB, Nvidia Quadro RTX 4000 6GB, 512GB NVMe SSD, 15″ full HD IPS display, and a 2-hour battery life. The design is perhaps the most efficient, as it can accommodate a 2TB NVMe SSD and additional storage, though 1TB is still enough. Engineers use it because their projects depend on a large amount of storage.

The machine’s specifications make it clear that it is intended for professionals who must manage massive projects and complex tasks. The inch feels substantial; it is inched on the left side of the surface and can also lie flat. The computer has exceptional battery life. You should model 3D for at least 2 – 3 hours and perform an idle test for at least eight hours. Working with Sketch Up files is not an issue since sketch works are usually not difficult. The escape is simple to use with the space mouse so you can control the model on your own and zoom through the settings.

7. Dell Vostro 3580 i5

These are Core i5 computers from the eighth generation. It comes with a lifetime license for Windows 10 and Microsoft Office, as well as a plastic body, 2GB AMD RADEON graphics, and Intel graphics dedicated graphics cards. And it has more slots for adding additional RAM, as well as quick charging and a battery life of nearly six hours. The processor is Windows 10 Home Basic. The 1920 x 1080 contrast ratio on this Windows 10 Operating system Modern laptop is impressive. In terms of graphics, these notebooks do have a 2 GB AMD Radeon 520 GPU to handle the graphical functions.

It functions admirably, has a long battery life, multiple networking options, multiple SMB-friendly tools, a designated battery life, and a stunning design, in addition to Dell’s extensive support alternatives. Overall, the Vostro 14 5490 is a reliable mainstay for the intended audience.

Tips for an Ideal laptop for Engineering Students

Before deciding on which laptop to purchase, greatly consider your requirements so that you purchase the one that suits your needs. The following are some of the factors to consider when choosing your ideal laptop for engineering works.

CPU Processor Speed 

Sometimes, the CPU might be performing multiple tasks at one time. An engineering student will require a laptop with a relatively fast CPU processor for opening and running programs in the shortest time possible.

Using a CPU with inadequate speed means that you have to wait for more extended periods before the software boots. This is mainly experienced when running Matlab, SolidWorks, or AutoCAD on a laptop with a slow CPU processor speed.

Hard-Disk Drive Memory

The laptop’s memory and storage size are a very crucial consideration. The student may want to save the necessary files, and this eats up the laptop’s space.

Pictures, videos, drawing files, and word files, among others, are kept safe in a hard disk drive. The ideal memory for an engineering student’s laptop is at least 500 GB.


The Random-Access Memory executes most of the duties, which affects the laptop’s speed directly. If the laptop has a big RAM, it will operate faster. The laptop might even get damaged if the CPU processor has an insufficient RAM amount.

For engineering students, laptops with RAM amounts of 8 GB, 12 GB, and 16 GB are recommended. However, if you want to access the best graphics on your laptop, you should consider having a huge RAM amount.


At times, as a student, you will be required to share your works with other parties. The laptop needs to have tools such as Wi-Fi and Bluetooth.

The tools are of great help when you are required to share your work with others. This also ensures that you have a backup of your documents on other devices.

Screen Size

The screen size is not much of a requirement except if you have a problem with it. A 14- or 15-inch screen laptop is ideal, enough to display your contents.

However, it is essential to consider a higher screen resolution for opening multiple windows simultaneously. The most recommended screen resolution is 1920×1080 pixels since 1080p is a true HD quality.

Dedicated Video Cards

When processing exhaustive software like AutoCAD, SolidWorks, and Matlab, it is ideal to have a suitable graphics adapter or video card instead of RAM’s massive capacity. The video card should meet the engineering students’ video processing requirements.

A 2GB DDR3 graphics card, is ideal for a typical user. If you are using your laptop in other work like high-end gaming, consider DDR5 graphics.

Operating System

It would be best if you first considered the applications you will use before choosing MacBook or a Windows laptop. Mote that OS X is restricted from running engineering programs. Also, its CPU and GPU options are low when compared to the Windows mobile workstation. A Windows laptop has more advantages because of price flexibility and versatility.

Final Words

If you had been wondering about the perfect laptop for engineering students, this article should give you the knowledge needed to choose an appropriate one. Some engineering workloads can be complex for students. However, when the laptop is equipped with the best tools, it will work magnificently. Using the listed types of laptops, any engineering student will easily choose the ideal laptop after considering their requirements.

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