Table of contents:

6 learning technologies that will keep your child from skipping school
6 learning technologies that will keep your child from skipping school

Today, a child can find a rare book in an online library or learn programming while living in a remote village. Together with the national project "" we figured out what other educational prospects the modern world opens up.

6 learning technologies that will keep your child from skipping school
6 learning technologies that will keep your child from skipping school

1. Artificial intelligence and machine learning

Artificial Intelligence is called the fastest growing segment of the 2019 Artificial Intelligence & Global Education Report of advanced technologies in education. It is used to create voice assistants and interactive interfaces in tutorials.

Artificial intelligence also helps to personalize the educational process: all people learn at different speeds and have different interests, so everyone needs a special approach. For example, in Belgian schools, a system that identifies the strengths and weaknesses of the student, finds knowledge gaps and creates an individual program. The system should gap between high and intermediate students and save teachers up to 6 working hours per week.

Machine learning can also be used to measure student performance. Of course, we are not talking about the fact that the system will evaluate the essay, but it can check the tests. And Russian programmers even have a virtual English teacher who helps to learn words and train speech and listening comprehension.

2. Virtual and augmented reality

Educational technologies: virtual and augmented reality
Educational technologies: virtual and augmented reality

Instead of reading about the Taj Mahal or the Great Wall of China, the student can just go there. All thanks to virtual reality technologies: they help everyone to feel like an active participant in events, for this you don't even need to leave the classroom. You can also walk around virtual and safely conduct chemistry experiments in a virtual laboratory. All you need is a helmet and gloves to help you immerse yourself in the computer world.

Augmented reality, unlike virtual reality, simply adds digital objects to our environment. A student can scan a page of a textbook and see a 3D model of a geometric figure on a smartphone - this is much clearer than a regular drawing. And you can also direct the gadget into the starry sky - the names of the planets and constellations that hit the lens will appear on the screen.

You can learn more about the possibilities of virtual and augmented reality in the centers of digital education "". They were created within the framework of the national project "" and operate throughout the country. Under the guidance of experienced mentors, schoolchildren master popular programming languages, get acquainted with the basics of 3D modeling, mobile development and Big Data. Educational programs are developed in partnership with market leaders and are designed for children from 7 to 18 years old. Education in "" is free.

3. Online platforms and courses

The modern world is leaning towards the concept of continuing education, which recognizes that not all learning takes place in the classroom. Throughout life, a person can develop new skills, for example, study cooking or public speaking, master new technologies or foreign languages. There is no need to attend courses three times a week - you can study on online platforms. For example, if a child wants to improve English, then in addition to school lessons, he can watch videos of foreign bloggers on YouTube or do exercises in language applications. Even fundamentally new skills like the ability to write code can be learned online.

On the courses, you need to plan the load yourself and do it regularly. Therefore, along the way, schoolchildren can acquire other useful skills - for example, learn the methods of time management.

4. Microlearning applications

Educational Technology: Microlearning Applications
Educational Technology: Microlearning Applications

Microlearning is a fresh trend generated by clip culture. It assumes that information is broken down into small thematic blocks that are easier to digest. Instead of flipping through a thick textbook, you can watch a five-minute video, listen to a short podcast, or read flashcards. In a playful way, learning new things can be more interesting, so content creators often add gamification - for example, they award points for completing each lesson. You can even get knowledge in TikTok, but there are also separate applications that specialize only in training videos.

Content creation uses the spaced repetition method Spacing Repetitions Over Long Timescales: A Review and a Reconsolidation Explanation. He suggests that topics should be broken down into easy-to-understand parts, and they need to be repeated at a certain interval between lessons. Each module should reveal one thought and be independent of other elements. Simply put, an hour-long lecture sliced into ten-minute chunks is not microlearning. Even a short video should have a clear structure and contain a maximum of information and a minimum of water.

5. 3D printing

A few decades ago, we could not have imagined that a prototype device could be printed layer by layer using 3D modeling equipment. This technology is becoming more affordable today. It is used to print parts for mechanisms, to create dummies of chemical molecules, astronomical objects and historical artifacts.

The use of 3D printing in the classroom can stimulate the exploratory interest and imagination of students. For example, they can create a 3D model of a robot and program its actions, which is much more interesting than just buying a finished item. In addition, such projects are good at training teamwork skills: children need to agree on how to bring an idea to life.

You can put a 3D printer in a regular classroom. The main thing is that the print chamber is closed. Then students will not be burned by accidentally touching parts of the device, and dust and dirt will not get inside the printer.

6. Internet and gadgets

Today, children can learn not only from paper textbooks, but also using the Internet. If you need a rare book to prepare an essay, which is not in the school library, you do not need to go anywhere - it will be much faster to find it on the Web. And teachers can diversify lessons with educational films and presentations or test their knowledge without the standard “Take out textbooks, get out double sheets” - control ones can be easily replaced with online tests. Classical education can be combined with a remote format, which will allow you to get additional knowledge anywhere, even if the student lives in the outback.

The smartphone can also be used for study. For example, it is convenient to take biology tests with him to test knowledge, or to learn foreign words using applications with flash cards. And the Internet also allows you to search for like-minded people around the world. If the child is interested in mathematics, he can discuss problem solving not only with classmates, but also with peers from the USA or Germany.

Technology allows us to make the educational process more interesting and diverse. The national project "" is engaged in development in Russia. One of its tasks is to equip all Russian schools with high-speed Internet, laptops, interactive whiteboards and other technical means to make it easier and more interesting for students to acquire new knowledge.

Also, within the framework of the project, services appear for conducting classes and communicating between teachers and schoolchildren. They will save teachers from paper reporting, help to build the educational process competently and will be an excellent addition to traditional educational methods. For example, the online platform “” has already been launched: teachers can conduct video lessons and surveys here, and it will be convenient for students to study, communicate with classmates and send papers for verification to the teacher right from home.