The Educational Laptop Revolution and How to Prepare For It

Ows Laptop is a low-cost, easily transportable, high-performance laptop, notebook, or laptop PC that works well for all purposes. It can be utilized for programming, engineering, engineering education, gaming, and scientific purposes. In order to produce OWS laptops that satisfy consumer demands for features such graphics, storage, processing speed, device and software compatibility, durability, mobility, etc.

The educational process can be made more individualized for students by including educational laptops.

1. Foster innovative skills through gaining first-hand exposure to cutting-edge equipment, digital content, and other key fourth industrial revolution skill sets.
2. Gain experience by expanding your options, personalizing your education, and finding new ways to interact with the course material.
3. utilizing a portable and adaptable technology that enables kids to learn anywhere to participate in the learning process, communicate with peers, and get support from teachers both in-person and online.

Educational laptop revolution:

Universities around the nation are contending with decreasing funds while also having to meet the demands of an expanding student body. Utilizing the technology that students already bring into the classroom allows teachers to reduce expenses while simultaneously enhancing student learning, according to recent research from North Carolina State University.

What are the concepts consider in mind while choosing for a laptop?

1) Screen size versus portability:

As long as you don’t have to carry it around, a bigger screen is always preferable. Due to the difficulty of using apps like Excel, Photoshop, or AutoCAD on small displays, older children may need higher screen sizes. A larger screen makes Zoom lessons, where your child may need to observe the teacher’s presentation and work on the laptop concurrently, easier (or even a second screen). On smaller screens, coding on well-known kids’ coding programmes like Scratch 3.0 can feel cramped.

2) Durability:

Durability is an important consideration, particularly for young infants. Laptops are often pricey and delicate electronics. A laptop is no exception to the rule that kids may be very rough with their possessions.
Some laptops, thankfully, are made to last. As an illustration, Lenovo produced its ThinkPad laptops in accordance with US Military Specifications. If it can sustain fighting, it most likely has the strength to support your child. Although there are YouTube videos of ThinkPad’s being put through torture, we do not recommend trying this at home. Your warranty can be voided by such cruel tests.

3) Specifications:

Whether a laptop can operate the programmes and applications your child needs, especially those that are frequently used for blended learning, is an important consideration. Examples include the video conferencing applications Microsoft Teams, Zoom, and others, as well as well-liked educational programmes like Scratch 3.0 and Lego Mindstorms EV3.

Running Systems:

Windows OS, Apple OS (for Apple MacBook’s), and Chrome OS are the three most prevalent operating systems (for Chromebooks).

The Windows operating system (OS) offers the broadest selection of software and tools. The majority of educational software applications work with Windows. Windows is the typical operating system for laptops provided to MOE instructors and is also the default operating system used by the majority of schools.

RAM:

The Windows operating system uses a lot of RAM even though Zoom recommends 4GB of RAM. Although Zoom can run with 8GB of RAM, it could lag if your child needs to utilize other programmes at the same time. 8GB RAM might not be enough for those who want to concentrate on Media or Engineering if they need to use power-hungry design or creative software.
 It is commonly known that the Adobe Creative Suite needs more powerful hardware to function properly. You do not want your laptop to hang on you while editing a video, we assure you.

4) Battery:

Although HBL does not require a lot of battery life, face-to-face instruction may ultimately return, and your child may need to bring a laptop to school. Since the majority of MOE classrooms don’t have enough easily accessible charging ports, having to charge constantly in class might be a major inconvenience.
Despite the fact that power outlets are more common in polytechnic and university classrooms, it might be inconvenient to be tethered to a power cord when moving around for group discussions.
The amount of battery life depends on the apps used, the screen brightness, the peripherals, and other settings. The advertised battery life is often computed using the best case scenario, and 10 hours is typically a reliable approximation.

5) Cost and Long-Term Planning:

A laptop is not something you should buy every year, so you should pick one that will last your child at least a few years.

A budget laptop might be adequate for the first few years of college, but as your child gets older and starts utilizing apps that need more powerful hardware to function properly, it might need to be upgraded. It can be more cost-effective to purchase a more expensive laptop for a junior college graduate as they would probably use it through their polytechnic or university years.