Aerospace engineers have a lot to juggle as they learn the ins and outs of their field, from math to code to data analysis, design to fabrication, testing to troubleshooting, as well as keeping up with the latest developments as never before. However, as a new graduate, you may not have access to the level of equipment or software that you could use as a student or professional. As such, we’ve selected five of the best laptops that aerospace engineers can use to help them with their education and career development.
Studying aerospace engineering can be expensive, but there are ways to cut costs to make your education more affordable. Using a laptop in school allows you to complete projects, edit presentations, and participate in online forums. But before you buy a new laptop, make sure it will work in space—and that’s where your new laptop will spend most of its time.
If you are an engineering student and you choose to go into aerospace, you will need a laptop. You will need it to work on the projects because it will allow you to code, design, and make graphs. You will also need it for your classes, because you will need to access your notes and use your computer in class and print out your notes for your class. You will need it to keep up with the homework and projects that you will be doing in your classes.
Which laptops are ideal for aeronautical engineering students? Technology advances at the speed of a jet, and in order to be a good aerospace engineer, you must keep up with it.
You will do considerably better if you are well-equipped and informed about current technologies. You’ll need one of the greatest technical friends — a laptop – to do so.
Though there is no way to claim that a certain kind of laptop is designed specifically for aerospace engineering students, with a little study and careful purchasing, you can undoubtedly find one that meets both your and your school’s requirements.
As an aerospace engineer student, you will be required to complete a variety of tasks that will include modeling, simulations, and the usage of MATLAB, ANSYS, CAD, and CFD software.
However, this is not a simple job in and of itself, which is why this article’s list of laptop suggestions for aeronautical engineering students will come in useful.
Additionally, the purchasing guidance will greatly assist you in your search for a piece.
Price of Laptops for Aerospace Engineering Students
Silver Surface Book 2 by Microsoft 15″ (Intel Core i7, 16GB RAM, 512GB)
3 new items starting at $2,374.00
5 times since $1,198.99
as at 6:14 a.m. on August 31, 2021
ASUS ZenBook 13 Ultra-Slim Laptop, 13.3″ FHD WideView, Intel Core i7-8565U Processor, 8GB RAM
4 new items starting at $1,202.50
From $899.00 for ten used
as at 6:14 a.m. on August 31, 2021
MacBook Air (Apple) – Space Gray (13-inch Retina Display, 8GB RAM, 256GB SSD Storage) (Previous Model)
From $723.73, 2 were utilized.
as at 6:14 a.m. on August 31, 2021
The information on this page was last updated at 6:14 a.m. on August 31, 2021.
The Benefits of a Laptop for Aerospace Engineering Students
A laptop is an excellent tool for aerospace engineering students, airline captains, and even pilots of all levels of experience.
As an aeronautical engineering student, you may use a laptop to take use of all the capabilities and specifications it offers.
This will save you a lot of time while taking notes or running simulations since you won’t have to do everything manually with a pen and paper.
It will also save you a lot of money during flying training since you may utilize several applications from the App Store for it.
The laptop will aid airline captains and pilots in displaying and utilizing digital charts and other data in the cockpit for easier navigation.
Furthermore, the laptop will be useful as a training tool on the ground as well as for keeping everything organized.
Most significantly, a laptop allows you to execute several software applications on it at the same time as needed.
It may be software like Stratus Insight to learn how to utilize it as a weather tool and flight planning by properly and efficiently understanding ATC directions.
All of these applications are large, and you won’t be able to run them on a typical laptop these days.
This is why one of these five laptops is ideal.
Minimum & Recommended System Requirements for Aerospace Engineering Students
It is recommended that your current laptop fulfills the minimal requirements for aeronautical engineering studies.
Even if you’ve just recently started college, your computer must have an Intel Core i3 or i5 CPU with a higher base clock frequency, 8 GB of RAM, 256 GB of hard drive, excellent integrated graphics, and at least a 13-inch screen with HD resolution.
In an ideal world, all computers would be incapable of running the 3D graphics and other applications needed to study aeronautical engineering. As a result, even if you’re on a tight budget, go for a system that meets the required specifications listed below.
This will ensure that your system is future-proof and capable of handling any modifications or difficult computing jobs during your academic career.
Minimum system requirements: Intel Core i3 CPU 10th generation or above | 8 GB RAM | 256 GB SSD or 128 GB SSD and 1 TB HDD combination storage | Integrated Intel HD Graphics 620 or Intel Iris Plus graphics chip | 13.3-inch screen | 1280 x 800 screen resolution or higher
8th generation Intel Quad Core i5 or i7 processor| 16 GB RAM or more | 512 GB SSD or more | Dedicated Nvidia GeForce MX 150 or higher GTX series graphics card| 15-inch screen or larger | 1920 x 1080 pixels or higher screen resolution
The Top 5 Laptops for Aerospace Engineering Students are as follows:
Best Overall: Microsoft Surface Book 2
Microsoft Surface Book 2
Bottom Line: In contrast to the other laptops on our list, this laptop will offer the greatest overall performance, with superior graphics performance and quicker data processing. The PixelSense display is removable and has a touch function that makes it more usable in various settings.
- 15-inch display
- 512 GB of storage
- 16 GB RAM
- Intel Quad Core i7 8th Generation Processor
- Windows 10 Professional (OS)
- Nvidia GeForce GTX 1060 GPU
- The keyboard is lighted and very comfortable to use.
- The system’s vivid display has touch capabilities.
- The battery life is very impressive.
- The keyboard does not have a separate numeric keypad.
- The quantity and variety of ports might have been better.
- The arrow keys for up and down are extremely tiny and close together.
It is one of the finest laptops for students studying aeronautical engineering.
Its hardware specifications enable it to run any necessary applications, including CAD and CFD software, without a hitch.
The Microsoft Surface Book 2’s speed is boosted with a dedicated 6 GB GDDR5 graphics card, an Intel Core CPU, RAM, and storage.
The extended battery life will give you with enough juice to last the whole day.
With its PixelSense display technology, the laptop’s screen produces vivid pictures, and the touch function makes operation simple.
This system may be used in four different modes: laptop mode, tablet mode, studio mode, and view mode.
Even in dimly light settings, the illuminated keyboard provides better typing precision. Check out our review of the Microsoft Surface Book 2.
Runner-up: G3779 Dell Inspiron
Dell Inspiron G3779
Bottom Line: When aerospace engineering students use this laptop in class or at home to do their homework, it will not lag behind in performance. Indeed, with a quicker and more efficient graphics card and a reasonably large combination storage, this device is the runner-up in terms of efficiency on our list.
- 17.3-inch display
- Storage: a combination of 128 GB SSD and 1 TB hard drive
- 8 GB DDR4 SDRAM RAM
- 8th generation Intel Quad Core i5 8300H processor
- Windows 10 64-bit OS
- Nvidia GeForce GTX 1060 Max Q graphics card
- The laptop has a big screen with anti-glare capabilities.
- A DVD+RW drive is bundled with the system.
- The device’s storage capacity, which is a mix of SSD and HDD, is enormous and advantageous.
- The laptop is very large and bulky, weighing more than 6 pounds.
- Under heavy usage, the system becomes a little heated on the left side.
- The unit’s keyboard is a little flat, with shallow indents.
This is a full HD gaming laptop that will satisfy all of your computing requirements while also keeping you amused for aerospace engineering students.
The illuminated keyboard makes typing more easier and more pleasant.
The screen is very big, and although it adds to the overall weight of the laptop, it provides excellent performance.
This anti-glare LED display produces pictures with a resolution of 1920 x 1080 pixels.
These characteristics guarantee that the pictures are crisper and sharper while also ensuring that the screen is energy efficient.
The Nvidia GeForce graphics card has a 6 GB GDDR5 memory capacity and Max Q design technology, making it capable of delivering pictures quickly and without delays or screen rips, and the 64-bit architecture of the Windows 10 operating system allows it to run smoothly.
The Intel Quad Core i5 CPU supports the graphics card’s performance well, with an 8 MB cache and a clock speed of 2.30 GHz to 4.00 GHz.
Aside from the fast-processing capabilities of the 8GB DDR4 SDRAM, which can be upgraded to 16 GB, the SSD and HDD storage combination also aids the performance of this device for aerospace engineering students.
When it comes to data transmission, even the ports on these systems are lightning fast.
It comes with two super-fast USB 3.1 Gen 1 Type A ports with power-sharing capabilities, one USB 3.1 Gen 2 port, one super-fast USB 3.1 Gen 1 Type C connector, and one HDMI 2.0 port.
A headphone/microphone combo port, 10/100/1000 GB Ethernet LAN, 802.11ac wi-fi networking connectivity, and Bluetooth 5.0 technologies are also included.
3. Asus ZenBook UX333FA Asus ZenBook UX333FA Asus ZenBook UX333 — Long-lasting and dependable
Asus ZenBook UX333FA
Bottom Line: This laptop is one of the most robust and dependable gadgets, whether from the standpoint of construction or the power it offers to aerospace engineering students. The MIL-STD-810G military standard attests to its toughness, and a 14-hour battery life attests to its dependability.
- 13.3-inch display
- 512 GB PCIe NVMe SSD storage
- DDR3 SDRAM (13 GB)
- 8th generation Intel Core i7 8565U processor
- Windows 10 Professional (OS)
- GPU: Intel HD Graphics 620 integrated graphics
- The laptop’s screen is stunning and has a thin bezel all the way around.
- The Ergo Lift hinge automatically tilts the keyboard to offer a better typing posture.
- For quicker data input, the sensitive touchpad transforms into a number pad.
- There is no optical drive included with the system.
- Under intensive usage, the laptop quickly warms up.
- Because the shift key on the right is so tiny, you’ll end up pressing the enter key instead.
This is an ultra-slim laptop designed for aerospace engineering students, featuring a 13.3″ full HD screen that seems larger because to the ultra-narrow bezel all around it.
With its Wide View function, this offers a 95 percent screen-to-body ratio, as well as a broader viewing angle and maximum screen area.
Because the camera is just 2.8 mm thick on the sides, 3.3 mm thick on the bottom, and 5.9 mm thick on the top, it creates less attention to the eyes.
The integrated graphics card is capable of producing pictures with no delays and improved color reproduction, resulting in more immersive images.
The system is more powerful and quick thanks to the 8th generation Intel Core i7 CPU, DDR3 SDRAM, and the fast PCIe NVMe SSD, which ensures easy computing even on the move.
The 14-hour battery life will give it with all of the power it needs throughout the day.
A sturdy and flexible Ergo Lift hinge is included with the backlit keyboard, allowing for a better angle and position for more comfortable and precise typing.
The angle of tilt is precisely calibrated to enhance the system’s audio and cooling efficiency.
The sensitive touchpad also functions as a number pad, enabling aeronautical engineering students to enter data more comfortably.
The MIL-STD-810G military standard attests to the product’s dependability and longevity, as well as its TPM security.
The Windows 10 Professional operating system expands on the features of the previous version.
In summary, this laptop, which is the size of an A4 sheet of paper and weighs less than 2.6 pounds, is ideal for aeronautical engineering students and business professionals who need to take their computer with them all the time.
4. Apple MacBook Air – A Retina Display That Works
Apple MacBook Air
Bottom Line: Because this laptop has an excellent Retina display, aerospace engineering students may anticipate beautiful visuals while using sophisticated 3D graphics applications on it. The True Tone technology offers millions of colors in addition to its original resolution of 2560 x 1600 at 227 pixels per inch.
- 13.3-inch display
- 256 GB SSD storage
- 8 GB RAM
- Intel Core i3 processor, 10th generation
- Macintosh Operating System
- Intel Iris Plus Graphics (GPU)
- The laptop has a backlit keyboard that allows you to type comfortably in dim lighting.
- The Retina display is really stunning.
- Touch ID is a responsive feature included with the system.
- The keyboard does not have a separate numeric keypad.
- The number of ports available and their variety are restricted.
- The system warms up quickly.
The Apple MacBook Air’s 13.3-inch Retina Display is its most distinguishing feature. This model has a thin bezel all the way around, allowing for greater viewing area.
For aerospace engineering students, the screen’s True Tone technology provides a sharper and more immersive visual experience.
The pictures are presented at 2560 x 1600 resolution, 16:10 aspect ratio, and 227 pixels per inch on an LED-backlit display, which saves energy and has IPS technology for a greater viewing angle. This allows for the creation of millions of different hues.
The system’s 8 GB RAM, as well as the fast SSD storage, guarantees that the system, the CPU, and the Intel Iris graphics card operate at a higher and better level.
Even in poorly light environments, the illuminated magic keyboard offers a pleasant typing experience, and Touch ID adds to the trustworthiness.
Furthermore, the system has dual speakers that provide good sound for a better music experience.
The laptop’s Intel Core i3 CPU has two cores and runs at a minimum speed of 1.1 GHz and a maximum speed of 3.2 GHz with Turbo Boost technology to make the most of its 4 MB L3 cache.
The Thunderbolt 3 connections, which are equipped for external graphics processors, will provide adequate visual support for aeronautical engineering students.
It also has charging, DisplayPort, USB 3.1 Gen 2 for 10 Gbps data transfer, and Thunderbolt for 40 Gbps data transfer.
The system also supports Bluetooth 5.0 wireless technology and supports IEEE 802.11ac wi-fi wireless networking, which is compatible with IEEE 802.11a/b/g/n standards. Check out our review of the Apple MacBook Air.
5. Acer Aspire E15 is a laptop computer manufactured by Acer. – Good Value
Acer Aspire E15
Bottom Line: With a long battery life, a sturdy backlit keyboard with a numeric keypad, a double-layer 8X DVD RW drive, and other essential features, as well as a fast enough CPU and dedicated graphics card, this laptop for aerospace engineering students provides excellent value for money.
- 15.6-inch display
- 256 GB SSD storage
- 8 GB DDR SDRAM RAM
- 8th generation Intel Core i5 8250U processor
- Windows 10 Home is the operating system.
- Nvidia GeForce MX 150 GPU
- The system’s battery life is very lengthy.
- A double-layer 8X DVD RW drive is included with the device.
- A separate numeric keypad is included with the keyboard.
- The laptop is very substantial, weighing in at over 5 pounds.
- The screen’s bezel is very thick all around.
- The trackpad is moved to the left, which may make typing more difficult.
This is another another excellent laptop for aeronautical engineering students. With widescreen IPS display technology, the laptop has a big enough full HD screen.
The LED backlight screen produces brighter, softer pictures while also using less battery power.
The Intel Core i5 CPU, which runs at 3.4 GHz, is strong enough to handle dual channel memory, storage, and a dedicated Nvidia graphics card with 2 GB GDDR5 VRAM.
With a 15-hour battery life, the Windows 10 Home operating system will assist you with all of your computer requirements, and the 6-cell lithium ion 2800 mAh battery will support all of its capabilities.
The unit’s 802.11ac wireless networking capabilities includes the most up-to-date MU-MIMO technology.
An 8X DVD RW drive, a decent enough audio/video system with Acer True Harmony technology, a Secure Digital card reader, Bluetooth 4.1 technology, Gigabit Ethernet, and an HD camera with High Dynamic Range are all included in the system.
One USB 3.1 Type C Gen 1 port with a data transfer rate of 5 Gbps, two USB 3.0 ports, one of which is for power-off charging, one USB 2.0 port, and one HDMI connector with HDCP compatibility are among the system’s interfaces. Take a look at the Acer Aspire E15 Review.
How Do You Pick the Best Laptops for Aerospace Engineers?
You’ll come across a lot of laptops with various specifications, brand names, and price tags when looking for one of the best laptops for aerospace engineering students.
You will need to check for several factors in order to ensure that you pick one that will suit your goal.
If you’re a student, you’ll need a laptop that’s powerful and long-lasting enough to survive the length of your studies.
After a few years, buying a cheap and underpowered laptop will need repairs, if not a full replacement.
This will not make your investment worthwhile and will also create a great deal of trouble and difficulty.
Before you begin your search, you must first determine what your institution requires. This will give you a better understanding of the kind of laptops that will best fit your needs while also allowing you to maintain your discipline.
If you’re not aware of these factors, keep reading to learn more about them and how to make a worthwhile investment with large returns.
The CPU is one of the most essential components of a laptop for aeronautical engineering students.
You must be certain that the processor you choose is strong and quick. This will guarantee that the laptop runs at a high level of efficiency.
If you select a low-cost, low-quality CPU, however, the laptop will take a long time to load the apps and software packages you need for your studies.
As a result, the CPU is the most essential consideration when purchasing a laptop.
Because you will need to run extremely powerful software on your laptop as an aeronautical engineering student, it should have at least an i5 processor if your budget is restricted.
Otherwise, a device with an i7 CPU is a good choice.
Another essential hardware component to look for in a laptop for aeronautical engineering studies is the RAM.
If your laptop has enough RAM, it will provide you a smoother working experience and enable you to multitask without interruption.
It will also enable you to work with all of the demanding software applications needed for studying aeronautics engineering.
Once again, the RAM you choose will be mainly determined by your budget. If you’re on a tight budget, go for a laptop with 8 GB of RAM for aeronautical engineering.
If you can afford it, though, a laptop with 12 GB or even 16 GB of RAM is a good choice.
This is a decent quantity of RAM that will enable you to multitask more smoothly as well as manage sophisticated applications like MATLAB and others that are required for 3D modeling.
Though 8 GB of DDR4 RAM is a good choice, be sure the laptop you choose enables you to increase it later if necessary.
As a result, your system will be future-proof.
Card for graphics
When selecting a graphics card for a laptop for aerospace students, you have the option of using an integrated or specialized graphics processor.
A standard integrated graphics card will do for most computing tasks, but if you need to run high-end applications on your laptop, you might choose one of the dedicated graphics cards from Nvidia or AMD.
The majority of today’s laptops have at least 256 GB of SSD storage. This is adequate capacity on your system for aerospace engineering students to keep their files and projects.
The SSD contributes to the system’s performance and speed, enabling you to access the stored information quickly.
Depending on your budget, you may choose for a storage capacity more than 256 GB.
If you require more than 512 GB of storage, you’ll probably have to go with an HDD.
These are less expensive, but keep in mind that they include a rotating disk, which makes them vulnerable to damage, failures, and heat accumulation.
In contrast to SSD storage, they are also much slower.
Check to see whether the system enables you to upgrade the storage as well as the RAM if necessary. Check to see whether the system enables you to maintain a backup of your data.
Using an external hard drive is one method to do so. Another option is to utilize a cloud-based system.
If your system doesn’t support them, you’ll have to make due with whatever internal storage you have.
Once again, the display type chosen will be determined by the budget and requirements of the aeronautical engineering students.
A 15-inch monitor with HD or full HD resolution, as well as a good brightness and contrast ratio, is ideal.
This ensures that the screen displays pictures that are gentler on your eyes and do not strain your eyes when you look at it for extended periods of time.
Alternatively, if you have a large budget, a laptop with a 17-inch display is an option.
However, you will have to sacrifice on the laptop’s mobility since bigger screens are often heavier than those with a 13-inch or 15-inch screen size.
The panel underneath the display is also an important consideration while buying.
If you choose to go with a TN or VA panel, you’ll have to give up certain viewing angles.
An IPS (In Plane Switching) display panel, on the other hand, would provide broader viewing angles and improved color reproduction.
You will need to attend several lectures throughout the day as an aeronautical engineering student, and you will need to bring your laptop with you.
As a result, mobility of the system should be a primary consideration when purchasing a device.
The size of the screen and the hardware components within the device, both of which contribute to the weight of the laptop, determine its portability.
If you want a portable laptop, go for one with a 13-inch display.
This is not a tiny size, and it will make your smartphone light and simple to take anywhere you want.
If your budget allows, you may choose for ultra-slim and light laptops with a bigger display.
A laptop that weighs between 3 and 5 pounds is considered highly portable.
However, be sure that putting a premium on mobility does not come at the expense of the laptop’s performance.
Choose a system that is low in weight while still being able to do all of your tasks quickly and easily.
Life of the battery
You’ll need a laptop with a lengthy battery life as an aeronautical engineering student.
This will enable you to attend all of your courses on a single payment.
You won’t have to waste time searching for a free charging outlet in between courses, which may be difficult to come by at a school.
A laptop with a battery life of 8 to 10 hours is ideal for taking notes in class, working on assignments at home, and making changes to the project without the battery dying too quickly.
Is it essential for aeronautical engineering students to have an expensive laptop?
No, a costly laptop is not required, but be sure it fits all of your particular computing requirements. It all relies on your requirements and financial constraints. For simple jobs, you may utilize a laptop with the bare minimum of specifications. Furthermore, the school may impose certain limitations, such as prohibiting the use of high-end, costly models.
Are gaming laptops appropriate for students studying aeronautical engineering?
Yes, it is correct. Gaming laptops, in reality, are suited for a wide range of difficult and professional tasks due to their high-end specifications and hardware, particularly the CPU and graphics card. However, this is not required and is mostly dependent on your budget, since these laptops are not inexpensive.
What particular applications for aeronautical engineering students can I run on a laptop?
AOPA, CloudAhoy, LiveATC Air Radio, FAR/AIM, PlaneEnglish, E6B Flight Computer, X-Plane 10 Flight Simulator, ForeFlight, Garmin Pilot, FltPlan Go, FlyQ, and Learn to Fly Course and Pilot Training app are just a few of the software programs for aerospace engineering students that can be run on a laptop.
You have been involved with aerospace engineering for a while now. You have been an active student during your undergraduate studies and have been doing well as a postgraduate as well as a PhD student as well as a lecturer. However, as a student, your passion for aerospace engineering is not as strong as it used to be because of the amount of stress that you have been going through during your studies. To relieve yourself from all these stress, you have decided to go for a laptop that will help you with your studies and other tasks. Thus, you have decided to go for a laptop that is best suited for aerospace engineering students.. Read more about best laptop for engineering students on a budget and let us know what you think.
Frequently Asked Questions
What laptop do aerospace engineers use?
Aerospace engineers use laptops made by Dell, HP, and Lenovo.
Which laptop brand is best for engineering students?
This is a tough question for me to answer. I am not an engineer, so I cannot say which laptop brand would be best for engineering students.
Is laptop necessary for aerospace engineering students?
Yes, laptops are necessary for aerospace engineering students.
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