What digital technologies are unnecessary for education?

Contents:

• Why developers create unclaimed solutions
• Which developments can really solve teachers' problems

Why Developers Create Unclaimed Solutions

Content warehouse is a concept that is associated with the basic ideas about the learning system that people have formed during their educational experience, whether it be fifteen or thirty years ago. This expression reflects traditional views on the role of the teacher and the structure of learning, which may be outdated or irrelevant in today's context. It is important to rethink and adapt this concept to meet modern educational requirements and technologies.

In this context, the teacher acts as a mentor and imparts knowledge. The term "teaching" implies not only the process of explaining the material but also active interaction with students. The teacher may stand at the board, share information, write down important points, and use visual aids for better comprehension. However, teaching is not only a lecture; it also involves organizing discussions, practical assignments, and creative projects that facilitate deeper assimilation of information.

The term "visual aid" was once relevant and important. Content warehouses today often contain precisely such aids, which, at best, help assimilate information. At worst, they are simply notes of the teacher's speech, decorated with bright images. It's important to remember that quality content should not only be visually appealing but also meaningful, ensuring a deep understanding of the topic. Effective visual aids can significantly enhance the learning process, making it more interactive and memorable. Skeuomorphism is a concept in digital design that involves reproducing real-world objects in a virtual environment. Since the advent of graphical interfaces, designers have sought to translate elements of the real workspace onto screens, creating objects such as desktops, folders, and wastebaskets. One example of this idea is an interface design in which a file folder was shaped like a physical object that the user had to "pick up from a shelf" and "place on the table" to open. Skeuomorphism continues to influence design, offering users intuitive and familiar interface elements.

Read also:

Skeuomorphism in online education: negative impact on the learning process

Skeuomorphism is an approach in A design that uses elements familiar to users in real life to create a more intuitive interface. In the context of online education, this style can manifest itself in the form of virtual objects that mimic physical learning materials. However, despite its appeal, skeuomorphism can negatively impact the quality of learning. Firstly, excessive use of skeuomorphic elements distracts students from the content. Instead of focusing on the learning material, students may spend time exploring the interface, which reduces learning effectiveness. Secondly, skeuomorphism can create a false sense of familiarity with the interface. This can lead to students not developing the necessary skills to work with modern digital tools that have unique features and capabilities. Furthermore, skeuomorphism can limit innovation in educational platforms. By using outdated concepts, developers may miss the opportunity to implement more effective and modern approaches to learning. This can lead to stagnation in the development of educational technologies and a deterioration in the user experience.

In conclusion, although skeuomorphism may seem attractive and convenient, its application in online education often leads to negative consequences. To ensure high-quality and effective learning, it is necessary to find a balance between the intuitiveness of the interface and the practical skills that students need to develop.

Practical experience has shown that traditional teaching methods are becoming inconvenient in today's conditions, and innovative tools and approaches are needed for effective learning in the new educational environment. Even if educational content is intended for demonstration, as was the case with visual aids in the past, it should not simply repeat the teacher's words, but surprise and engage students, creating an interactive and engaging learning process.

Virtual reality-based projects, especially within startups, often face the same problem: mindlessly copying real objects in VR. Although this may create a short-term impression, it is not enough to achieve an educational effect. It's necessary to develop a concept that, through virtual and augmented reality, demonstrates what cannot be seen or accomplished in the real world. Such approaches require a rethinking of teaching methods and, sometimes, curriculum changes. Innovative VR solutions should be aimed at creating unique experiences that will foster deep understanding and retention of the material.

In this case, we see a contradiction between available tools and educational goals. For example, the first physics lab focuses on defining units of measurement and instrument scales. Transferring this lab to virtual reality in its current format is impractical. Measuring ruler divisions in a virtual space using modern controllers is not an appropriate use of technology.

It is important to demonstrate to the student the full complexity of measurements, relationships, and precision in the context of physical quantities. It is necessary to take them through a spectrum from the smallest objects to the largest to clearly demonstrate the differences in magnitude. This requires searching for and rethinking available tools and teaching methods. This approach will help to better understand physics concepts and their application in real life.

Read also:

In recent years, educational institutions, including schools and universities, have been actively introducing virtual reality (VR) and augmented reality (AR) technologies into the educational process. These innovative tools enable the creation of unique educational experiences that significantly enhance information comprehension and increase student engagement. The use of VR in educational settings allows students to immerse themselves in virtual worlds where they can explore complex concepts and phenomena that are difficult to replicate in a traditional classroom. For example, VR can provide virtual tours of historical sites or simulate scientific experiments, making learning more interactive and engaging. AR technologies, in turn, add digital elements to the real world, allowing students to see additional layers of information during classes. This can be particularly useful in fields such as medicine, engineering, and architecture, where visualization of complex structures and processes plays a key role in learning. The integration of VR and AR into the educational process not only improves learning but also develops critical thinking, creativity, and collaboration among students. These technologies open up new horizons for educators, allowing them to tailor lessons to individual student needs and create a more personalized approach to learning. Thus, the use of VR and AR technologies in schools and universities not only makes the educational process more modern and effective but also prepares students for the challenges of the future, where digital skills will play a vital role. Creating unique and high-quality content requires significant investment. This is one reason why developers often delegate responsibility for content to teachers. Teachers, with their specialized knowledge and experience, can create materials that not only meet educational standards but also have the potential to surprise students. They understand the needs of their students and can adapt content to make it more engaging and effective. Thus, collaboration between developers and teachers can lead to the creation of high-quality educational content that meets modern requirements and student interests. Teachers are not experts in content creation. Although there are a few among them who are capable of creating high-quality material, most of the content ends up irrelevant and unclaimed. This is typical for projects based on user-generated content (UGC). According to YouTube statistics, over 60% of all views come from just 0.42% of channels. A similar ratio can be expected in other UGC projects. Therefore, it is important to focus on content quality and promote only those materials that can interest the audience and bring real value. Unfortunately, it is impossible to ignore the creativity of the remaining 99.58% of users, otherwise the model simply will not function. Therefore, any development focused on software solutions for content storage, rather than on the processes of creating and selecting quality content, will contain 99.58% of irrelevant material. This emphasizes the importance of focusing on content quality and the need for effective methods of filtering and managing it. Without this, it is impossible to achieve a high degree of user satisfaction and successful interaction with content. It is important to consider the curriculum, or educational and methodological complex (EMC), which includes several textbooks and covers several years of study. In elementary school, there are more than ten such programs, but two or three are the most popular. For secondary school, teaching and methodological kits are developed for each individual subject, ensuring a more in-depth understanding of the material. Curricula are always based on textbooks from specific series, ensuring a unified approach and methodology in teaching.

Most teachers do not create their own curricula, despite having the right to do so. They typically follow established textbooks. Therefore, additional educational content must be closely linked to a specific textbook in both content and in sequence and logic of presentation. Creating universal, atomic units of content that can be adapted to any teaching and methodological kit is a complex task.

Claiming the compliance of third-party content with the teaching and methodological kit (TMK) is difficult due to the copyright of textbook publishers, who strictly control the use of their trademarks. This is one of the reasons why content repositories remain unused, as they are not tied to the specific programs used by teachers. It is important to consider that copyright compliance and compliance with educational standards are key factors when selecting educational materials.

A teacher's job is more than just imparting knowledge. They act as a guide for students, creating a unique learning experience. A good lesson becomes a real event, where students are not passive listeners but actively participate in the process. Digital technologies offer new opportunities for student engagement, adding interactive elements and facilitating deeper understanding of the material. Using modern tools in the educational process allows us to transform lessons into dynamic and interesting events, where knowledge is acquired effectively and with pleasure.

Reading is an important aspect of our life and development. It helps expand horizons, improves vocabulary and promotes critical thinking. In today's world, where information is available in a variety of formats, it's important to choose quality sources. Reading books, articles, and research papers enriches knowledge and develops analytical skills. Regular reading also helps reduce stress and improves concentration. To get the most out of reading, try to set aside time to study materials that interest you and that can be useful in your personal or professional life. Don't forget to share what you've read with others; this will help reinforce the information and stimulate discussion. Reading is the key to new opportunities and personal growth. Active learning is an educational method that engages students in their own learning, allowing them to independently explore and analyze information. This approach differs from traditional methods, where the teacher primarily imparts knowledge while students passively absorb it. The effectiveness of active learning is supported by numerous studies showing that it promotes better retention, develops critical thinking, and increases student motivation. As a result, active learning helps build deeper and more lasting knowledge and develops the skills needed to solve real-world problems. The use of active learning in educational institutions contributes to the development of more prepared specialists capable of adapting to the changes and challenges of the modern world.

What developments can really solve teachers' problems?

Teachers often express dissatisfaction, stating that they need more freedom to work fully. They call for an avoidance of unnecessary interference and emphasize that they have the necessary knowledge for effective teaching. At the same time, many educators face problems associated with excessive bureaucracy, especially in the context of the use of electronic journals. These systems are often accompanied by inconvenient interfaces, which complicate the performance of routine tasks and distract from the core learning process.

Successful digital services can be seen as solving simple but important tasks, such as creating to-do lists, managing email and calendars. Although email and its associated tools have been around for over 30 years, and talk of its possible demise has been circulating for about 15 years, new startups continue to develop in this field. They emphasize speed and ease of use, as well as the implementation of artificial intelligence to improve functionality, making this seemingly outdated method of communication relevant and in demand. Innovations in email and task management demonstrate that even traditional tools can be rejuvenated and offer users effective solutions.

Modern technologies can significantly facilitate teachers' work. Tools that automate routine tasks can significantly improve the efficiency of the educational process. Instead of burdening teachers with additional responsibilities, such as maintaining an electronic journal or searching for lesson materials, these tools allow them to focus on more important aspects of learning. However, developing such solutions requires a deep analysis of pedagogical activity, which is often ignored in most digital projects due to a lack of resources and interest.

The problem of checking assignments and homework remains relevant and takes up a significant amount of teachers' time. While digital homework and quizzes could make this task easier, they often run into the problem of a plethora of bots capable of providing ready-made answers for students. This creates challenges for the educational process, as it is necessary to find effective ways to automatically generate answers and protect the system from dishonest students. Addressing these issues will help make learning more effective and fair. There are numerous examples of interactive content that actively engage students in the educational process. Such resources include a variety of activities from platforms like H5P and LearningApps, which are freely available to teachers. Also worth noting are services like Mentimeter and Kahoot!, which allow students to quickly receive feedback even when they are not using digital devices. These tools have become popular among educators for as long as they have been available. Furthermore, there are effective solutions for integrating game elements into learning, such as ClassCraft and ClassDojo, which are particularly useful for elementary schools. However, in Russia, the use of such technologies is limited to a few schools and classrooms, making their widespread adoption difficult. Large corporations operating in the vast textbook market have begun to actively pursue digital solutions. They are employing familiar methods, such as lobbying and influencing government regulation, to establish their position in this rapidly developing field. As the educational process digitalizes, these companies are seeking to maintain control over a segment that is becoming increasingly important for students and educational institutions.

Every startup focused on mass school education should recognize that its ultimate goal is integration into the ecosystem of a major government strategy. Individual projects can be successfully implemented in a limited number of schools on a pilot basis, but as they scale, the need for collaboration with larger organizations inevitably arises. In the early stages, when a startup has not yet established a significant presence in the market, it is possible to work directly with educational institutions. However, achieving a significant market share for an independent company will require strategic partnerships with major industry players.

See also:

Quote of the week sums up the importance of government engagement for the successful development of EdTech in Russia. In today's educational market, creating effective learning technologies is impossible without the support and participation of government institutions. Government initiatives can significantly accelerate the implementation of innovative solutions in the educational process, as well as provide the necessary infrastructure and funding. Therefore, establishing partnerships with the government is key to the sustainable growth of EdTech in Russia. One effective way to engage with students is to reach out to families through educational institutions and teachers. This approach involves organizing additional classes on electronic platforms that are not tied to curriculums and do not require licensing or verification. Access to such platforms is often provided by teachers and schools themselves, who invite students to participate in competitions and study additional materials. When a teacher registers their class on the platform, they gain access to student performance information, although the platform is not linked to official school activities. This eliminates the risk of answer manipulation, as grades are not assigned for assignments. Students participate in such activities out of their own free will and interest.

The teacher wages an underground struggle to improve the quality of education, despite existing systemic limitations.

If parents decide to expand educational opportunities and switch to a paid plan, this will be their own decision, and the school will not impose anything. Thus, alongside the official educational system, there is an alternative system that requires additional financial investment from families. This approach is typical of most private educational projects in the school sector, providing parents with a choice of various educational opportunities for their children.

Teachers rarely act as clients of educational services, as they have access to a variety of free resources. Moreover, teachers are sometimes even compensated for the use of digital technologies. Thus, in the case of commercial educational services not affiliated with the state, the primary client is the student's family. It is the family that evaluates the quality and results of the services provided, making it a key reference point in the development of services. When creating a service aimed specifically at teachers, the buyer is most often the school, not the individual teacher. This requires interaction with the public procurement system, which entails additional costs and risks for the provider.

The content and services market for private tutors has its own unique characteristics compared to the similar segment for teachers. The main difference is the lack of funding from schools and the government, which forces tutors to invest in their own needs. The main areas of such investment are marketing and necessary tools, such as online conference platforms and digital whiteboards for collaborative drawing. Tutors can successfully use readily available test and assignment designers to organize the learning process. Therefore, demand for specialized content in this niche remains limited, making it less attractive to developers.

A court has ruled to ban Meta Platforms Inc. from operating in Russia, particularly in connection with the social networks Facebook and Instagram. This decision is based on accusations of extremist activity, which makes it impossible to further sell the company's products in the Russian Federation.