- Ian Robinson
Why Is STEM Important?
Education in STEM extends beyond the classroom. It provides a skill set that controls our thoughts and actions. STEM education, which combines science, technology, engineering, and math, aids in resolving the problems that the world is currently facing. Our current education system is not helping children learn what the world has advanced to. The most common thing a child from today’s educational world remembers is the fact that the mitochondria is the powerhouse of the cell.
There is an extensive urge to move out of the current educational system and comply with the needs of the advancing world. We need to shift out of the industrial labor mindset and move to the technologically advanced system of education, which is what STEM provides.
Our current education system may be integrating and making children learn about what is important, but the way they make children learn is neither efficient nor effective. Children have no interest in what they persistently teach, and schools do not bring them critical thinking skills.
People who pursue STEM education obtain abilities that increase their employability and readiness to fill current job openings. It includes the full spectrum of skills and experiences. Each STEM element contributes significantly to a well-rounded education. Learners gain a thorough awareness of the world around them through science. It aids in their development of research and analytical skills. Young people are better prepared to work in a high-tech workplace thanks to technology. Students can develop their problem-solving abilities and apply their knowledge to new projects through engineering. Mathematics helps in examining data, correcting mistakes, and making deliberate decisions when creating solutions. STEM education integrates these fields into a single, streamlined system. As a result, it trains professionals who can innovate and find sustainable solutions to alter society.
Along with foundational disciplines, the STEM approach to education encourages creativity and divergent thinking. Young people are inspired and motivated to develop novel technology. Students benefit from engaging in inquiry-based assignments that place emphasis on practice and invention. Understanding concepts and promoting knowledge application are two benefits of STEM education. Its purpose may be summed up in two straightforward actions: explore and experience. In a risk-free setting, students are free to put what they have learned to use and to welcome mistakes. Problem-solving and project-based learning assist students in developing a particular mindset. Its main tenets are adaptability and curiosity, which prepare students to handle problems in the actual world.
STEM not only educates children but also makes them team players. No one in STEM emphasizes excessive perfectionism, and children are allowed to make mistakes. In comparison to traditional schooling, where children are told off about making mistakes, STEM schools take this as an opportunity to use these mistakes as a way of learning and innovating better things. A child is told to work towards a certain goal with their peers and create things through better teamwork and understanding. As time goes on, STEM not only educates a child but makes them capable of being well-rounded human beings who can fit into the modern and ever-advancing society with ease.
To get your children started on STEM, you could gift them books such as I Love STEM And You Should Too by Ian H Robinson. This rhyme-based story is sure to spark your child’s interest in STEM and all the benefits it can bring.