Have you ever wondered what the world will be like in about ten years? Looking at how rapidly humanity is evolving, it's hard to predict, isn't it? And it is in this world that our children will live and build their careers. Are modern schools able to prepare them for this? The answer may be STEM education.
What is STEM education, what are the principles of this technique and what are its advantages. In this article, we will answer five key questions that arise for interested parents.
What is STEM education?
The abbreviation STEM stands for Science, Technology, Engineering and Mathematics. These areas are the basis of this method of education. In this case, these disciplines are studied not separately, as we are accustomed to, but in combination. Of great importance is the practical application of the acquired knowledge. The child not only gets acquainted with new directions of development of exact sciences and engineering, but learns to implement the studied in practice. Students gain practical skills that can make our lives easier, such as creating a "smart home."
How is STEM different from a regular specialized school?
First, the familiar form of teaching changes when the lesson is built around the teacher. According to the STEM method, the focus is on a practical task or problem. Students learn to find solutions not in theory, but right now through trial and error.
In addition, from the early stages of learning, the classroom uses specialized tools, such as computer animation programs such as CAD. Usually students begin to get acquainted with such programs in the first year of university, but according to the STEM method - already in high school.
What skills does the child gain in the learning process?
In contrast to the classical, in our understanding, education, for STEM the child gets much more autonomy. The learning process is much less influenced by the relationship between the student and the teacher, which allows for a more objective assessment of progress. Due to this autonomy, the child learns to be independent, make their own decisions and take responsibility for them. According to Elad Inbar, the founder of a company that integrates robots into the educational process of schools in the United States, when children interact with robots, they are more receptive to their own mistakes. Here you can hear more about his experience of using robots to study even the humanities such as language.
Critical thinking skills and in-depth scientific knowledge gained through STEM education allow a child to grow as an innovator - the engine of human development.
What are the prospects for a child who studied according to the STEM method?
There is already a shortage of STEM specialists. According to research by Change the Equation, there are an average of 1.7 vacancies per STEM in the United States per potential employee. At the same time, competition in other industries is approximately 4.1 candidates for one position.
However, such trends are observed in other developed countries, such as the United Kingdom and Germany, where there is also a significant shortage of specialists in such fields as mathematics, science, computer science and technology.