Most of the people think that all laptops can handle all applications. That’s why; they never go in-depth of what they want and what they buy. After buying, they realize their mistake of choosing the wrong machine. Well, laptop for mechanical, civil or electrical engineer needs some particular hardware. They can’t use an average laptop. It should be a high-performance machine to run all intense applications. They need good RAM, graphics card, processor and some other features.
Best Laptops for Mechanical Engineering Students
1. Lenovo ThinkPad P50 20En 15.6” Notebook
- Processor: Xeon E3-1505M
- RAM: 16GB DDR4
- Graphics Card: Quadro M2000M
- Display: 15.6″ Full HD
Processor: Lenovo ThinkPad P50 comes with Intel Xeon E3-1505M. Quad-Core v5 processor with vPro technology boosts the speed of your machine.
Graphics Card: NVIDIA Quadro M2000M handles all multitasking and heavy software.
RAM: 16GB DDR4 RAM is perfect to handle MATLAB, CATIA, SolidWorks, AutoCAD, and Turbo. It can even handle Autodesk Product Design that is the heaviest application in mechanical engineering. Only a limited number of laptops can handle this software.
Display: 15.6” display comes in full HD and 1920 x 1080 IPS resolution. IPS technology gives a clearer and brighter view of content.
Keyboard: The backlit keyboard brings ease to work in dim light or in complete darkness.
Storage: It contains a 256GB SSD to give a fast start-up and shutdown. The 256GB Solid State Drive brings a panoramic room to store lots of content.
Fingerprint Reader: It has an advanced Fingerprint Reader for utmost security of the system. You can save your content from unauthorized access by using it. It also helps in online shopping.
Ports: There are all the necessary connectivity ports in it. It has 4xUSB 3.0 ports, one HDMI port, RJ-45, Thunderbolt 3 Type-C ports, and many others.
Len0vo P50 VS P52
Both machines have the same display type and resolution. The maximum brightness on P50 is slightly lower than the P52. Viewing angles technology is also the same in both of them. In battery performance, P50 leads with 9.7 hours whereas; P52 has 8.9 hours battery. Both have the same SSD and processor, but RAM is far better in P52 laptop. P50 has one year warranty while P52 has a 3-year warranty. Both have a notebook-sized keyboard. P52 is lightweight to carry everywhere. In short, P50 is a budget laptop and P52 is a bit expensive due to some extensive features. Both are good for intense applications and gaming.
Pros: P50 is a budget-friendly option for Mechanical Engineering students. It delivers good performance, super-fast saving and heavy multitasking. Long-lasting battery and good display make it worthwhile.
Cons: It’s heavy weight for portability.
2. Microsoft Surface Pro 6
- Processor: Intel Core i5
- RAM: 8GB
- Graphics Card: UHD 620
- Display: 15.6″ Full HD
Processor: 8th Generation Intel Core i7 processor handles the heaviest Mechanical Engineering applications.
Display: Compact-sized 10″ PixelSense display delivers clearer and brighter view.
Mode: It’s a 2-in-1 laptop to be used in a tablet or studio mode.
RAM: 16GB RAM is enough for lag-free performance.
Graphics Card: Intel UHD Graphics 620 ensures super-fast gaming experience.
Storage: 256GB SSD and 1TB hard disk drive are enough to store massive applications and games.
Battery: This machine brings around 13.5 hours of video playback time.
Weight: It weighs only 1.7 pounds.
Surface Pen: Surace Pen ensures drawing or writing with ease as you do naturally. It has precision ink on one end and eraser on the other end.
Wireless Connectivity: This machine has powerful Bluetooth and WiFi connectivity technology.
Surface Pro 6 VS iPad Pro
Display size in Surface Pro is 12.3″ and in iPad Pro is 12.9″. The resolution is the same. Surface Pro has a very powerful Core i7 processor whereas; iPad Pro has mid-range A12X Bionic chip. Hence, Surface Pro 6 can handle intense applications with great ease. Surface Pro is a lightweight device while iPad Pro is a bit heavy to port. Both of them have one USB 3.0 port and lack high-speed data transfer ports. Overall, Surface Pro leads the field due to exceptional memory, display, processor and RAM.
Pros: Surface Pro 6 is a sleeker, faster and reliable machine for mechanical engineering students. The powerful processor, surface pen, RAM and outlook make it worthwhile.
Cons: It doesn’t have an anti-glare matte look. Furthermore, lack of USB Type-C and keyboard disappoint the users.
3. Dell XPS 13 9360 Laptop
- Processor: Core i5 8th Gen
- RAM: 8GB LPDDR3
- Graphics Card: HD 620
- Display: 13.3″ Full HD
Processor: Intel 8th Generation Quad-Core i5-8250U processor is extremely fast. You can’t compare it with the latest Intel Xeon E3 of Lenovo ThinkPad P50. But its’ overall performance is cool for mid-range software.
Keyboard: It has a backlit keyboard.
Display: 13.3″ Full HD 1920 x 1080 display brings clearer and brighter content.
InfinityEdge Technology: InfinityEdge technology ensures ultra-sharp colors and super-fast response times.
RAM: 8GB LPDDR3 RAM is enough to handle mid-ranged software.
Storage: 128GB M.2 Solid State Drive is faster in saving intense games and applications.
Grapics Card: Integrated Intel HD Graphics 620 handles AutoCAD and other intense applications.
Ports: It has Thunderbolt 3 port for faster transfer of data within a few seconds.
Dell XPS 13 VS 15
XPS 13 is smaller in size and has a 13.3″ screen. It is a lighter and slimmer machine. Carbon fiber body and a touch of silver/gold lid make them almost similar in design. But XPS 15 is a bit heavier due to 4.6 pounds weight. XPS 13 has non-touch full HD display whereas; XPS 15 has a non-touch 4K display. The synthetic test on Geekbench 4 showed XPS 13’s Core i7-8550U is far better than XPS 15’s Core i7-7700HQ. But in graphics-intense workloads, XPS 15 did well. XPS 13 has 9.11 hours of battery life whereas XPS 15 has a fair battery life of 8.23 hours. So, XPS 15 is a good choice for videographers, 3D design, and animation. For mechanical engineering students, XPS 13 is a good pick. Moreover, XPS 13 is easily affordable as compared to XPS 15.
Pros: XPS 13 has a good processor, SSD, RAM, and InfinityEdge display. It has wireless connectivity options, Thunderbolt 3 port, Backlit keyboard, and HD webcam. All features make it an exceptionally good machine for mid-range applications.
Cons: It can’t handle intense apps like Autodesk Product Design. Moreover, it has a moderate battery life.
4. Acer Predator Helios 300 Gaming Laptop PC
- Processor: Core i7 8th Gen
- RAM: 16GB
- Graphics Card: GTX 1060
- Display: 15.6″ Full HD
Display: Acer Predator Helios 300 is famous due to IPS 15.6” Full HD display. The IPS technology brings an ultra-clear and high-quality display.
Graphics Card: NVIDIA GeForce GTX 1060 Overclockable Graphics with 6GB dedicated GDDR5 VRAM. It handles multitasking and intense software.
RAM: 16GB DDR4 DRAM handles all the work on different platforms.
Storage: 256GB PCIe NVMe SSD is perfect to store data in bulk.
Cooling Technology: Aeroblade metal Fans for cooling down the system during games. It enhances the efficiency of the system.
Battery: 3320 mAh battery gives you more than 7 hours of work.
Keyboard: The backlit keyboard facilitates you to work in dim light or darkness.
Acer Predator Helios 300 VS Acer Nitro 5
Acer offers both machines with the same display size and resolution. But the storage in Predator is 256 GB SSD whereas Acer Nitro has 128GB SSD + 1TB HDD. Both have 7th Gen Intel Core i7 processors and 16GB RAM. Acer Nitro has superior sound due to Acer TrueHarmony Plus and Dolby Audio Premium technology. Predator has a higher (6GB) graphics memory and the latest Graphics card. Both have almost the same weight and the same Windows version. In short, both machines have almost the same specs. In a few specs, Predator leads and in some other specs, Nitro is distinguished.
Pros: Acer Predator Helios 300 has a powerful processor, good battery life, SSD and graphics card. It’s easily affordable.
Cons: The average battery life disappoints you.
5. Asus ZenBook 13 Ultra-Slim Laptop
- Processor: Core i5 8th Gen
- RAM: 8GB
- Graphics Card: UHD 620
- Display: 13.3″ IPS
Display: Asus presents this ultra-slim 13.3″ ZenBook. Due to its compact size, it is easy to carry anywhere.
IPS Technology: Full HD 1920 x 1080 display has IPS technology for crystal clear visuals.
Design: NanoEdge bezel makes it ultra-slim to hold in hand.
Anti-glare: The anti-glare display ensures to use the laptop in an outdoor environment.
Processor: 8th Gen Intel i5-8265U makes your working smoother and faster. It is appropriate for mid-range multitasking.
Weight: It weighs only 2.5 lbs due to the outer aluminum cover.
RAM: 8GB LPDDR3 RAM ensures smooth multitasking.
Storage: 512GB PCIe M.2 Solid State Drive ensure fast storage and fast startup/shutdown.
Wireless Technology: 802.11ac technology handles super-fast WiFi connectivity.
Asus ZenBook 13 VS 14
Asus presents both ZenBook machines in almost the same display size. ZenBook 13 has ultra-slim, full HD wide-view display whereas; ZenBook 14 has 4K display. Both of them have Intel Core i7 processor and Intel UHD Graphics 620. ZenBook 13 has a higher battery life than ZenBook 14. SSD storage, RAM and HDD are the same in both machines. In short, ZenBook 13 is an affordable machine for Mechanical Engineering students. ZenBook 14 is slightly pricey.
Pros: ZenBook 13 is ultra-slim and sleeker laptop. Latest connectivity ports like USB Type-C, WiFi, HDMI and WiFi 802.11ac and others make it worthwhile. The powerful processor, graphics card and SSD are great.
Cons: 8GB RAM is less competent feature. You can’t upgrade RAM.
Buying guide here includes handy tips and techniques to select a perfect machine. Consider these tips while selecting a good machine. Let’s start the guide without further ado.
A Mechanical engineering student has to run some intense programs such as CATIA and ProE. The processor is the brain of a computer. That’s why; he needs a powerful processor that could handle heavy software. An average processor can’t handle heavy multitasking. Furthermore, it takes too much time for loading application. So, we recommend buying at least Intel Core i5 processor laptop. If you can afford the latest processor, its Manna in Wilderness.
A powerful RAM is also required to handle a smooth multitasking. An Engineering student with a limited budget can select at least 8GB RAM. But people with higher purchasing power can select a machine with 12GB or higher RAM.
You need a dedicated graphics card to handle Intense apps like AutoCAD, MATLAB, and others. If you select an average graphics card, it will fail to handle the 3D environment. As a result, you won’t have a smooth working experience.
Currently, Solid State Drive is common in high-performance laptops. You need a laptop with at least 256GB SSD or 512GB SSD. The Solid State Drive is a bit costly and gives a fast start-up to your system. A 1TB HDD and 256GB SSD are good for mechanical engineering students.
The display is another important aspect to consider before buying a laptop. It should be Full HD and at least 15” in size. The recommended resolution for display is 1920 x 1080 so that you could view the content in a better way. If you have higher affordability, select a 17” display with more attractive technology.
Last but not least is a lightweight machine. You have to carry it now and then with you. If you get a laptop around 3lb, it is good. A lighter, but powerful laptop should be your first preference.
So, guys! I have presented all the facts to consider for a laptop for Mech. Engineering student. You can also check our top 5 best laptops to pick the perfect one. Make sure you select a machine with a powerful processor, RAM, and graphics card. Otherwise, you can’t work on intense applications such as SolidWorks, AutoCAD, and others.