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5 Best Laptops for Robotics Engineering

Robotics engineering is a growing field that requires the use of powerful laptops. These computers are used for robotics research and development, as well as computer vision and image processing. Here are five of the best laptops for robotics engineering.

The best laptops for engineering students reddit 2021 is a post on the popular social media website Reddit. It was created by an engineering student and has been upvoted thousands of times.

Which laptops are the best for robotics engineering? As a result, robotics should not be seen in the same light as data science or computer science. As a result, a particular laptop is required to get the most out of this fascinating technical area.

Mechanics, computer science, and electronics are all used in robotics engineering. It also contains a large number of data structures and algorithms that are required to operate the Robotic Operation System, or ROS.

A decent laptop will assist you in learning the many aspects of robotics and helping you become a better robotics developer. You should ideally have a laptop that will assist you in preparing for the future, since robots is the future.

Here are a few excellent laptops that can boost your development productivity and quality.

These gadgets will enable for more effective AI and programming integration, resulting in robotics engineering.

All of these laptops have strong CPUs and memory, which are two of the most essential components for robotics research.

Price of Laptops for Robotics Engineering

17″ (2560×1600) IPS Display, Intel 10th Gen i7, 6GB RAM, 1TB SSD, Military-Grade LG Gram Laptop




6 new items starting at $1,698.00

From $1,349.00, 4 were utilized.

as at 2:52 p.m. on September 11, 2021

ThinkPad X1 Carbon from Lenovo 14″ FHD Ultrabook (400 nits) with 10th Gen Intel i7-10510U, latest generation…



4 new items starting at $2,049.00

5 times used for $1,479.99

as at 2:52 p.m. on September 11, 2021

Alienware m15 Gaming Laptop 15.6″ FHD, Intel Core i7-8750H, NVIDIA GeForce GTX…



3 times used for $1,599.95

as at 2:52 p.m. on September 11, 2021

15.6-inch Dell XPS 15 7590 Laptop with 4K UHD OLED InfinityEdge, Intel Core i7-9750H, NVIDIA…



4 brand new items starting at $1,999.00

2 used starting at $1,999.00

as at 2:52 p.m. on September 11, 2021

On September 11, 2021, at 2:52 p.m., this page was last updated.

In Robotics Engineering, a Laptop Can Help in a Variety of Ways

Depending on what you’re working with and on your computer, using a laptop for robotics engineering can assist you in two of the most important areas of the field: research and industrial robotics.

One specific area that works with more advanced systems is research robotics.

It employs sophisticated AI, advanced programming, and tough algorithms. It makes use of programs like as C++, Python, and ROS.

As a research robotics engineer, you’ll most likely work on Unix systems like Linux or Mac OS.

The manufacturing sector is involved in the other area of robotics, industrial robotics. The technology in this area is relatively straightforward in terms of programming and algorithm usage.

The laptop will enable you to run several automated systems at once in each of these areas. As a result, Ladder Logic, PLCs (Programmable Logic Controllers), and industrial robots will be easier to use.

When it comes to robotics engineering, the Windows laptops will enable for more control and automation.

It also enables you to run STEP 7, Studio 5000, and Human Machine Interfaces, or HMIs, which are some of the most frequently used control tools.

If your work simply entails the fundamentals of robotics engineering, you’ll need a laptop with at least an Intel Core i5 CPU with at least four cores.

The base clock frequency should be more than 2 GHz. Your laptop should have a minimum of 4 GB of RAM and 50 GB of free hard drive space accessible at all times. For the aesthetics, you’ll also need an Intel or AMD integrated graphics card with at least a 13-inch screen.

If you work in robotics engineering, on the other hand, you’ll need a laptop with considerably more powerful hardware combinations than the ones listed above.

You will be better off and have a better user experience if you use a laptop that meets the following system requirements.

Minimum system requirements: Intel Core i7 CPU 8th generation or above| 16 GB RAM | 256 GB SSD or higher combination storage | Integrated Intel UHD or Intel Iris Plus graphics | 14-inch screen | 1920 x 1080 pixels screen resolution

10th generation Intel Core i7 or higher Intel Core i9 processor| 16 GB of RAM or higher | 1 TB PCIe SSD or greater storage | Nvidia GeForce GTX 1070 with Max Q design or higher GeForce GTX or RTX graphics card | 15.6-inch screen or larger | 1920 x 1080 pixels or higher screen resolution

2021’s Top 5 Robotics Engineering Laptops:

Best Overall: UX581 Asus ZenBook Pro Duo


Asus ZenBook Pro Duo UX581


Bottom Line: When utilized for robotics engineering, this laptop’s 9th generation Intel Core i9 CPU coupled with a similarly efficient Nvidia GeForce RTX graphics card offers the greatest overall performance. Its speed and performance are further enhanced by its large quantity of RAM and fast PCIe NVMe SSD.


  • 15.6-inch display
  • 1 TB PCIe NVMe SSD storage
  • DDR4 SDRAM (32 GB)
  • 9th generation Intel Core i9 9980HK processor
  • Windows 10 Professional (OS)
  • Nvidia GeForce RTX 2060 GPU


  • The storage capacity is enormous, and it is quite quick.
  • A thin bezel surrounds the big touchscreen.
  • Face recognition is possible thanks to the infrared camera.


  • The touch pad is placed in an unusual location.
  • There isn’t any kind of optical drive.
  • The system is a little cumbersome.

The Intel Core i9 CPU in this laptop features eight strong cores. It also features a large cache with a 5.0 GHz clock speed.

A gaming-grade graphics card is included, as well as a large and fast SSD storage drive, all of which are beneficial for robotics engineering.

This ZenBook Pro Duo is designed for maximum productivity and multitasking. With the accelerated ray tracing capability of the newest Nvidia GeForce RTX graphics card, you’ll be able to accomplish a lot more in robotics engineering and more in a short amount of time.

This laptop’s screen is also of excellent quality. This 4K, UHD, OLED HDR screen has a thin bezel all the way around, making the 15.6-inch screen seem bigger.

At 100% DCI P3 and 3840 x 2560 pixels, the pictures on this touchscreen have vibrant colors, fine details, and deeper blacks.

The 4K Screen Pad Plus is the laptop’s most distinctive feature. This touchscreen has a resolution of 3840 x 1100 pixels and is ideal for use as a number keypad.

The touchpad has an embedded LED lighted number pad that is enabled when you press the top-right icon. By pressing on the top-left icon, you may also change the brightness.

Photographers, programmers, video editors, musicians, 3D animators, and robotics engineers would benefit greatly from our Screen Pad Plus. It enables users to utilize all of the required tools at the same time, as well as double-check all references and source files.

You may use this Screen Pad as an app switcher and navigator, or you can utilize View Max to increase your screen area and use it as a secondary display.

This also serves as an organizer, allowing you to create multi-screen configurations with Task Group or use the active stylus to take notes, draw, sketch, and edit on it.

The wi-fi 6 802.11ax support ensures a stable internet connection, and there are many high-performance input-output ports to provide limitless options.

Apart from the DC-in connection, the right side of the chassis includes a Thunderbolt 3 USB C port, a USB 3.1 Gen 2 port, and an audio jack, while the left side has an HDMI port and another USB 3.1 Gen 2 port.

The built-in Alexa with a light bar, which makes it simple to navigate using your voice command, is another unique and helpful feature of this system.

With face recognition and Windows Hello compatibility, the built-in IR camera enables for a quicker and more secure login.

The keyboard’s ergo lift design allows for a better typing posture, which improves cooling and audio performance. Review of the Asus ZenBook Pro Duo UX581.

2. LG Gram 17Z90N – Second Place



17Z90N LG Gram

Bottom Line: This runner-up laptop for robotics engineering has an Intel Core i7 CPU from the 10th generation, which handles data processing with ease. It also has a pretty big and fast SSD storage drive, which speeds up performance, as well as a larger screen for greater graphics.  


  • 17-inch display
  • 1 TB M.2 NMVe SSD storage
  • DDR4 SDRAM (16 GB)
  • 10th generation Intel Core i7 1065G7 processor
  • Windows 10 Home is the operating system.
  • GPU: Intel Iris Plus Graphics Integrated


  • The screen is both big and high-resolution.
  • The battery lasts a long time.
  • A Thunderbolt 3 port is available.


  • There isn’t any kind of optical drive.
  • The graphics card is built-in.
  • The speakers aren’t up to par.

This laptop, which comes with a strong and fast CPU, enough RAM, and a large SSD storage, will meet all of your robotics programming requirements.

The most recent 10th generation CPU guarantees maximum performance and efficiency. It will increase your coding productivity and speed up the process by enabling you to utilize software and programs such as C++, Python, and others to get the most out of your time.

The DDR4 RAM in this laptop offers sufficient support for the drivers and applications installed in order to enable optimum multitasking performance.

Even though you will not need a large storage capacity for robotics programming, this device will provide you with a 1 TB storage capacity.

This M.2 NVMe SSD is quick to start up the system and significantly reduces app loading times.

The screen is also very big, ensuring that you have no possibility of making a mistake when coding.

This IPS panel’s wide viewing angle guarantees that you construct your codes with the greatest accuracy, displaying pictures at a resolution of 2560 x 1600 pixels. This screen’s anti-glare feature will make the pictures seem softer to your eyes.

The integrated Intel Iris Plus graphics chip is also capable of improved color accuracy and performance when it comes to picture reproduction.

Though you won’t be able to play current games on this laptop, it will more than enough for your robotics engineering needs.

You may work on this LG Gram at any time and from any location. It’s a slim and light laptop that weighs less than 3 pounds and has a strong 80-watt-hour lithium battery with a 17-hour battery life.

It’s also very durable, having MIL STD 810 G certification for the seven military-grade tests performed on it.

A complete HDMI connector, a Thunderbolt 3 connection for high-speed data transmission at 40 Gbps and USB Power Delivery, a USB 3.0 Type A port, and a charging port on the left round out the connectivity options.

Two additional USB 3.0 Type A ports, a Micro SD card reader, and a headphone connector are located on the right side.

You won’t have to worry about the laptop’s security since it comes with a working fingerprint reader.

It will safeguard your data and information by preventing illegal access to the system.

By pressing the power button once, you may log in without a password and quickly wake up the device from sleep mode.

3. Lenovo ThinkPad X1 Carbon — Long-lasting battery


Lenovo ThinkPad X1 Carbon


Bottom Line: Because of its extended battery life, those who wish to use this laptop for robotics engineering will not have to worry about power supply or charging the gadget. It will last up to 19.5 hours, giving them enough time to work on it throughout the day. In only an hour, the fast-charging lithium-ion battery regains 80% of its charge.


  • 14-inch display
  • 1 TB PCIe SSD storage
  • 16 GB RAM
  • 10th generation Intel Core i7 10510U processor
  • Windows 10 is the operating system.
  • Intel UHD Graphics Integrated GPU


  • The battery life is outstanding.
  • A privacy shutter is included with the webcam.
  • For a quicker and safer log in, there is a fingerprint reader.


  • The graphics card is built-in.
  • There is no separate numeric keypad on the keyboard.
  • The Ctrl and FN keys are at different places.

This laptop will prove to be one of the finest for robotics engineering jobs due to its endurance and high-end specifications.

The newest and most powerful Intel Core i7 processors operate at 1.80 GHz on the base clock frequency and up to 4.90 GHz with Turbo Boost technology.

With four cores and eight threads, this CPU with an 8 MB cache supports hyperthreading and quicker calculation results.

It has a long battery life of up to 19.5 hours, enabling you to work on it for the whole day.

In addition, the lithium-ion battery has a fast-charging function that allows it to recover 80 percent of its entire charge in little over an hour.

You can count on its performance and longevity, and you can take it with you wherever you go. It has passed 12 military-grade tests and can take almost everything you throw at it, including drops, shocks, vibrations, dust, spills, and more.

With the 22 wi-fi 6 AX201 802.11AX wireless communication standard, you’ll enjoy quicker and more dependable connections. Bluetooth 5.0 technology is also supported, allowing you to connect your Bluetooth-enabled devices.

The two USB 3.2 Gen 2 Type C connectors allow you to connect several devices. The Intel Thunderbolt 3 connections will double as DisplayPort connectors and enable high-speed data transmission.

There’s also an HDMI 1.4 connector and two USB 3.2 Gen 1 connections, one of which is constantly on for power charging. You may also use the headphone/microphone combination jack to connect your headphones.

When this laptop’s HD 720p webcam is turned on, it can capture clear photos. The revolutionary Think Shutter can safeguard your privacy by turning it off when not in use.

Due to the four 360-degree far-field microphones incorporated in it, the sound during a video chat will be perfectly clear.

The fingerprint scanner is very responsive, allowing for a safe, quick, and secure log in every time without the need for a password.

This biometric fingerprint reader is a one-of-a-kind device. Its FIDO (Fast Identity Online) authentication features provide optimum security with only a single touch.

A separate Trusted Platform Module 2.0 chip, which interacts with the Windows 10 operating system and encrypts all data to keep it secure, is being added to the security solutions.

The illuminated keyboard is robust, although it lacks a dedicated number keypad. This keyboard is spill-resistant, and the keys have enough travel and feedback to make typing more enjoyable.

This device’s efficient speaker system, which includes Dolby Atmos technology, will provide you with an immersive audio experience in addition to improved viewing enjoyment.

The screen has a narrow bezel to provide for more viewing space. The pictures are shown at 400 nits on this full HD screen, but the Think Shield security guarantees that they are gentler on the eyes.

There’s also a Privacy Guard included. This is really an electrical privacy filter that reduces the angle of view, preventing others from seeing anything except a blank screen. Check out our review of the Lenovo ThinkPad X1 Carbon.

4. M15 Alienware – Innovative and Efficient Cooling Solution


Alienware M15


Bottom Line: Aside from a pretty good set of hardware specifications and a big combination storage, this laptop for robotics engineering comes with a highly efficient and creative cooling system. Copper heat pipes and a combination of two fire-resistant fans and exhausts make up the Cryo-Tech V2.0 thermal module.


  • 15.6-inch display
  • 128 GB PCIe M.2 SSD + 1 TB HDD storage
  • DDR4 SDRAM (16 GB)
  • 8th generation Intel Core i7 8750H processor
  • Windows 10 Home Advanced is the operating system.
  • Nvidia GeForce GTX 1070 Max Q design GPU


  • Backlights and a separate numeric keypad are included in the keyboard.
  • The cooling system is state-of-the-art and efficient.
  • The combined storage space is enormous.


  • The battery life is insufficient.
  • The trackpad is positioned off-center.
  • The speakers don’t have enough bass.

This is the laptop to choose if you want one of the finest machine-learning laptops for your robotics engineering employment.

Apart from its attractive appearance, this system is also very robust, thanks to its magnesium alloy chassis, which adds stiffness, and steel, which offers tactile comfort.

You can anticipate excellent levels of performance from the high-end specifications featured in it for robotics, as Alienware is renowned for their amazing gaming PCs.

This sturdy laptop has an 8th generation Intel Core i7 CPU with six cores and a 9 MB clever cache, despite not being the cheapest or lightest on the market. With Turbo Boost, it can operate at a maximum speed of 4.1 GHz.

The specialized Nvidia GeForce GTX graphics card has a Max Q design, making it one of the most powerful video cards available, capable of producing smooth pictures with improved color accuracy.

This system comes with DDR4 SDRAM with a bandwidth of 2666 MHz, 128 GB PCIe M.2 SSD and 1 TB SSHD hybrid storage, and the Windows 10 Home Advance operating system.

All of these features work together to provide you the best possible user experience when multitasking, launching applications, or working on a word document.

The full HD display is also very big, with a 60 Hz refresh rate, 300 nits of brightness, and a 72 percent color gamut, delivering clean and sharp pictures.

Even if you look at it for extended periods of time, the anti-glare feature of this narrow-border IPS display guarantees that your eyes are not stressed or harmed.

Copper is used in the revolutionary Cryo-Tech V2.0 thermal module to keep the system’s CPU and graphics cool.

This sophisticated thermal technology will improve the system’s performance by ensuring that every component is cool to the touch.

With a twin fan and load-balancing copper-composite heat pipes, this cooling system has a dual exhaust and dual intake design.

These fans take cooler air from the bottom vents and disperse heated air from the inside via vents on the back and sides. This keeps the main components cold to the touch, resulting in improved performance.

These fans are made of liquid-crystal polymer and are fire-resistant and high-voltage. Blades are 0.2 mm thick and sleeve bearings are used.

The fan is controlled in three phases. With more than ninety blades cooling both the CPU and the graphics card, this reduces friction and improves air circulation.

Killer 1550 802.11ac wi-fi networking, Gigabit Ethernet Controller, and Bluetooth 5.0 compatibility are also included.

A sturdy alphanumeric keyboard with illuminated keys moves up to 1.4 millimeters each keystroke is included.

The RGB lighting on six separate zones, including the Alien head and the power button, provides 16.8 million color choices for each zone, allowing you to customize them to your preferences. Check out our review of the Dell Alienware M15 Gaming Laptop.

5. XPS 7590 (Dell) – Good Value


Dell XPS 7590


Bottom Line: When used for robotics engineering, this laptop will offer customers with good value for money due to its excellent performance. It also has helpful features like a nice OLED display, Dell Mobile Connect technology, and a respectable variety of ports, including Thunderbolt 3 and an SD card reader connector.


  • 15.6-inch display
  • 256 GB SSD storage
  • DDR4 SDRAM (16 GB)
  • 9th generation Intel Core i7 9750H processor
  • Windows 10 Home is the operating system.
  • Nvidia GeForce GTX 1650 graphics card


  • The screen is of excellent quality and has a slim bezel.
  • A Thunderbolt 3 port is available.
  • Backlights are included with the keyboard.


  • There isn’t a dedicated numeric keypad.
  • There isn’t any kind of optical drive.
  • The system is a little cumbersome.

Whether you’re doing robotics engineering or just watching movies on your laptop, it’ll provide a powerful performance.

Apart from robotics engineering, the features and specifications make it one of the finest laptops for graphics design, video editing, game creation and broadcasting, and photography.

With Dell Cinema, the device’s display is of high quality, ensuring minimal buffering and providing vibrant images and great sound clarity.

The screen seems to be borderless, maximizing the amount of space available.

The OLED screen provides beautiful images with increased contrast. This display’s self-lighting pixels turn off entirely to provide a greater contrast ratio and perfect black at an astounding 100,000:1 ratio, as well as 100 percent DCI-P3 compliance.

The pictures on this anti-reflective screen appear true to life with beautiful and clear details in the dark regions, despite the fact that they are shown at 400 nits of brightness, thanks to the broader color spectrum.

This UHD display’s wide viewing angle allows you to share the screen with others without missing anything.

Waves MaxxAudio Pro technology in the excellent speakers creates 3D sound effects with more loudness and deeper bass.

The Intel Core i7 CPU in this XPS model has six cores, 12 MB cache, and a maximum operating speed of up to 4. 5 GHz.

It features a dedicated and powerful Nvidia GeForce GTX graphics card with 4 GB of GDDR5 RAM. The RAM is sufficient, as is the M.2 PCIe NVMe Solid State Drive, with a bandwidth of 2666 MHz.

It also has a Thunderbolt connector and an SD card reader, as well as a USB 3.0 port, a 6-cell 97-watt-hour battery, and Windows 10 Home with 64-bit architecture and helpful features.

All of these factors contribute to increased performance responsiveness, quicker boot times, better multitasking, and processing acceleration.

Despite being ultra-thin, the HD webcam has excellent quality and is placed in the front and center of the top bezel.

This camera has a new 4-element lens that allows you to capture better photos and record clear movies even in low-light situations.

The sophisticated noise reduction technology greatly enhances the video and audio quality.

It has Killer AX 1650 wireless connection, which uses more sophisticated wi-fi 6 technology to transmit data at 2.4 Gbps.

It can automatically identify, categorize, and prioritize internet traffic for a better and more seamless online experience.

You may also use Dell Mobile Connect to connect your smartphone.

From your laptop, you’ll be able to transfer and share files, send messages, make phone calls, get alerts, and utilize all mobile applications.

Before purchasing the best laptops for robotics engineering, there are a few things to keep in mind.

Apart from the price and the laptop’s battery life of 8 to 10 hours, you’ll want to be sure it has all the features that will aid you greatly in your robotics engineering.

However, keep in mind that robotics engineering, or ROS in particular, is a specialized electrical discipline that requires powerful hardware.


Before you start looking at laptop specifications for robotics engineering, make sure you have a reasonable budget in mind.

This will enable you to choose a laptop that will not need costly updates in the future.

When it comes to machine learning, artificial intelligence, sophisticated simulations, and dual booting with Windows, if you choose a low-end laptop, you and your projects may struggle.

You may buy refurbished or used laptops if they have the necessary hardware and come with the same level of customer service and warranties as new computers.

Also, make sure you don’t waste money on features and gear that you don’t need or will only use sometimes.


You’ll do better in robotics engineering employment if you have a laptop with a dedicated graphics card.

When you utilize specialized applications like RViz and other user interfaces that need to operate properly on your computer for the best results, a dedicated graphics card will usually guarantee hardware acceleration.

A separate graphics card is also required if you want to deal with point cloud data or do a lot of machine learning.

You’ll notice that most machine learning frameworks, such as Caffe and TensorFlow, perform better with dedicated video cards that have CUDA cores.

These may be found in high-end Nvidia graphics cards. This implies you should avoid AMD graphics cards if at all possible.

Even if you choose an entry-level or lower-end discrete graphics card, you will notice a considerable performance boost when compared to an integrated graphics card.

Today’s integrated graphics cards are well-built and designed, and they’re powerful enough to aid in robotics engineering to some extent, but they’ll never match the capability of a separate graphics card when it comes to robotics engineering in its totality.

Remember that any laptop that does not specify Nvidia or AMD in its specifications is likely to have integrated or built-in graphics.

Create high-quality products.

This is an element that the majority of purchasers overlook, despite the fact that they should. In most cases, the laptop’s build quality is critical for robotics engineering.

This is because your laptop may sometimes need to be connected to a moving robot, which may have many cables that may be ripped out.

If the robot goes crazy in any way, it will move about with the laptop in any direction imaginable.

As a result, it’s a good idea to spend your money on a laptop that’s more durable than a typical budget computer.

Make it a point to avoid manufacturers that are excellent at making robust internals like motherboards but not at putting together a rock-solid laptop.


You’ll need a speedier computer for robotics engineering employment, just as you’ll need one for software development.

Compiling and processing data should take much less time. This will guarantee that your entire experience is lot better and smoother.

True, it is not the most important feature of a laptop for robotics engineering, but it is an important aspect to consider.

You’ll be better off working on a laptop with an Intel Core i5 CPU from the 7th generation or above. If you upgrade to a higher version, you’ll get even better results.

Make it a point, though, to avoid the low-end i3 CPUs.

When you use software like RViz for robotics engineering, they will struggle and operate at a much slower rate since the CPU will be overworked.


For robotics engineering, you’ll need a laptop with a number of ports and slots. Your laptop should have at least two USB 3 ports for a better work experience and speed.

It will let you connect external displays, hard disks, cameras, USB drives, Arduinos, and any other external devices and accessories you may need for your work.

Aside from them, a laptop with a dedicated Ethernet connection is a good choice.

This is particularly useful if you’re designing a robot that doesn’t have a wireless connection or if the wireless connection isn’t functioning.

If your laptop does not have a USB Type C connector, which is a frequent omission in modern high-end laptops, invest in a decent USB 3 hub with at least four connections.

Storage and RAM

When it comes to robotics engineering, it’s usual to have to multitask on your laptop.

As a result, for a better user experience and to ensure that your laptop is future-proof, it should have at least 16 GB of RAM, with more being preferable.

When it comes to storage, you should always go for an SSD with a capacity of 256 GB or more, since speed is what you want from your laptop.

A laptop for electrical engineering is a good option for robotics engineers. The best laptops for robotics engineering are the MacBook Pro and Dell XPS 13.

Frequently Asked Questions

Which laptop is best for Robotics engineering?

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Which laptop is best for an engineering student?

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What an engineer should look for when buying a laptop?

A laptop should be able to handle the demands of your job. It should also have a long battery life, and enough storage space for all of your files.

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