What is STEM Education, and Why is it Important for the young mind?

An education technique with a teaching approach for science, technology, math and engineering. STEM- if we use the short form for the new education system blend. 

This education system is specially designed to encourage problem-solving attributes among young minds. Students do crave knowledge, and they are curious. Blending curiosity with a problem-solving attribute is the goal of STEM Education. 

Best Schools in India already inculcated STEM education into their system and did ignite more than 1 million young student minds. In the context below, we will be detailing STEM education that the best schools follow. We will also share some effective ways to deliver STEM to young minds. 

Capsule on STEM Education

STEM education refers to the interdisciplinary approach to the four core subjects. According to the best schools in India, the core subjects are science, technology, engineering and mathematics. 

With the process of STEM education, young minds are now trained to have an applied learning approach. No academic theory is involved in this system; rather, it includes appropriate real-world scenarios and cases. 

Teachers can incorporate STEM practically in any subject or at any grade level. Also, as the economy today is backed by technology, there are high chances of careers through STEM. 

5 Reasons why STEM is important

Innovation: STEM activates the thinking cells of the brain. It allows young minds to process things and situations in multiple new ways. The world looks for innovation and something new all the time. If STEM is in place, students will get into the habit of thinking things differently and correctly. They will get more innovative and calculative with their solutions. 

Enhancement in Thinking: Best Schools in Gurgaon do not believe in granting a book-learning education system. They rather focus on young mind development. With the help of STEM education, the young mind will focus more on finding solutions rather than learning a lesson. They will learn to assess and close the situation with the right solution. 

Teamwork: Solution is never declared by a single person. It is rather an approach given by one person and accepted by all. Through STEM, you can contribute to a team and allow them to correct and motivate you. Teamwork means the involvement of more minds, and this leads to more options for a solution. 

Management Skills: STEM involves hands-on projects because the subjects involved here are not theoretical. Making a robot or any program is not a daily task. Proper management and analysis are required at each step. Through STEM, a student will understand the value of a team and how to manage a team for an absolute result. 

ADHD: STEM is effective for students with Attention-Deficit/Hyperactivity Disorder ADHD. This is an issue where a mind hovers everywhere without any proper attention. As the project output will take time, the youngster’s mind will stick around to one project only. They will learn to perform the task with more concentration and dedication.  

How to deliver STEM Education to Young Minds?

There are three different ways to deliver STEM education to young minds. The techniques are: 

Project-Based Learning: Project is something that students have to do and plan from scratch. Teachers will give them a project and a deadline. Students have to work according to the period. Extensive research, presentation and placement of strategy are required. Here, mentor focuses on improvising skills among young minds that work on better presentation skills, planning, execution and understanding.  

Problem-Based Learning: Students are supposed to bring themselves out of a problem. The student will think more because there is no single solution to a problem. With this method, the motive of mentors is to improvise creativity, leadership and teamwork skills in young minds. Sometimes, a teacher may give students real-life case studies more inclined toward the business side. 

Inquiry-Based: In this approach, the focus of the mentors will be to allow the students to inquire and ask questions. Students can ask questions on the subject matter and the like. Through this, the mentors strategize to improve the students’ critical thinking, problem-solving and questioning skills. 

Conclusion 

It is sometimes said that the STEM system diverts young minds from regular studies. Some also think that with the introduction of STEM, the students will not focus on the textbook curriculum. STEM learning is the most practical approach a school can take to give a perfect shape to young minds. Providing the best practical lessons that grow students’ skills to an extensive level is important. 

While taking online Admission in a nursery, the schools should specify how they work on STEM. The only drawback of the STEM system is consistency with constant motivation. 

A mentor cannot always motivate a child to prepare and think differently. The best they can do is to provide them with the most innovative projects and focus on them. Staying naturally self-motivated is the only key to closing that lacuna.