Often, lessons occur in special laboratories, or students get to use educational equipment, 3D printers, and LEGO robotics kits. They hand-assemble electrical circuits, solder microcircuits, and connect devices to them. Most classes are conducted in an interactive manner, where students are allowed to explore and run various experiments and tests to overcome non-standard problems. Sometimes children do not even notice that they are learning because the classes resemble live play and experimenting. STEM classes can take a completely free form. This helps to address such a pressing concern as career guidance. Children get a chance to “try on” being engineers, astrophysicists, technologists, and many more. Such an educational environment helps children not only to acquire knowledge but to immediately learn how to apply it. Instead, they are merged into projects and tasks like assembling a robot, launching a space rocket, purifying oil, etc. They are not just separate subjects anymore. STEM classes integrate different areas of physics, chemistry, mathematics, and programming into a single teaching scheme. Moreover, the amount of information available with a single tap on your smartphone has made it unnecessary and irrelevant to simply know facts and theory. Well, that type of educational approach does not inspire kids. Remember how hard it was to figure out why it is necessary to memorize seemingly meaningless formulas and theorem in school? Often you would find yourself wondering what you are supposed to do with all this information. In traditional curricula, students learn science through separate subjects and mostly at the theoretical level. The peculiarity of the STEM approach is that all the disciplines in it are closely interconnected and are taught in a way so to resemble real-life situations. So what is the difference between learning mathematics, chemistry, and physics at school and taking STEM classes? It seems that all these subjects mentioned in STEM: mathematics, natural sciences, and others are already present in any school curricula. Thanks to this approach, modern gadgets are consumer-friendly and amazing in their design. For example, in Asian countries, all students necessarily practice one of the arts: painting, calligraphy, singing, or music.Īrt removes limitations and teaches discipline, observation, and creativity. The STEAM program’s advantage is its close connection to the world around, which motivates students even more.įurthermore, many educators have noticed that art helps to solve students’ problems with communication, socialization, and self-expression. Current education thus emphasizes the importance of creativity in today’s innovative technologies.Īccording to some studies, art can help bring STEM and educational effectiveness all together to the next level. The additional letter A stands for “art”. STEAM is an updated term that wants to integrate creativity into STEM disciplines. Department of Education has a College Assistance Migrant Program, which is aligned with the aims of the Federal Government’s strategic plan for STEM education. STEM is also used to define the type of work and in matters of national security and immigration policy. The term STEM was approved by the National Science Foundation and is used by many organizations to define development in new technology, computer science, mathematical sciences, chemistry, geology, physics, and astronomy. The United States is the leading country promoting this type of education. These areas promote the development of intellectual abilities and the involvement of children in scientific and technical creativity. The name STEM contains an abbreviation for the disciplines that are becoming the most sought-after: Globally the term is used to define a teaching method as well as curriculum choices in schools and majors in universities. You will find out how your child can benefit from STEM-classes and get recommendations on how to develop STEM skills from a young age. In this article, we give an overview of this teaching method with its pros and cons. But how can you determine whether this innovative method is suitable for your child? If you are looking for an answer to this question or trying to figure out the direction of your child’s education path, learning more about STEM may be helpful. By now, it has become apparent that STEM is a major trend in global education. Probably anybody who has kids aged 5 to 16 years old has heard the term STEM somewhere.
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