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Why STEM Education is Important for Kids

The technological revolution has made innovations part of human lives and more so in advanced areas such as medicine. It is hard to hear of innovations and developments taking place in the education sector in the early years of learning. 

STEM education aims at integrating science, technology, engineering, and mathematics in learning. It brings about positive change in early learning and features in curriculum choices, education policies, skillset, and workforce strategy. STEM education is important for kids for the following reasons.

Prepares kind to be innovators

The STEM education programs can prepare kids to become future inventors and innovators. Summer camps prepare kids in a real-world application that is important for developing innovative mindsets. They can be introduced to computer programs to learn about various aspects of software development and computer applications. 

You can enroll your child in Coder Kids, where they can be taught computer programming principles through animations, simple programs, and coding games. Coder Kids uses platforms such as Python and Scratch to create projects. Online classes are available for students throughout the world and are based in the Central Time Zone.

Develops skill set among children

The STEM-based education system goes beyond teaching children mathematics and science concepts. It also focuses on creating a learning experience that supports real-world applications to develop various skill-sets among kids. 

Such skills include social skills, creativity, decision-making, critical thinking, problem-solving, entrepreneurship, and leadership. The skills gained are aimed at making them more innovative and productive in the future.

Real-world issues require efforts from various disciplines and therefore, the skills that kids get through STEM education can allow them to understand how the world works. Children need to be supported in various aspects at an early age to master the life skills by the time they graduate from university.

Fosters teamwork

Under the STEM education system, children are taught to value working together regardless of their learning capabilities. For instance, they can understand that engineers working in teams can come up with better solutions to problems when each team member brings in their expertise. 

Children at various levels of ability can learn together in teams and record data, find solutions to problems, give presentations, and write reports. Thus, those who are taught about collaboration can be more productive in team-oriented environments. They are taught that success can be achieved better if they have clear goals in mind and are allowed to ask questions when learning together. 

Encourages experimentation

Many technological advances occur as a result of experimentation and risk-taking. Innovations are a result of people trying out new ideas under conditions of uncertainty. STEM learning, especially during the K-12 years, can encourage an experimentation attitude among children, hence making them more productive

Children persist longer in activities and get motivated when there is a social component that gives them the flexibility of experimenting. The results are better if the teacher chooses STEM topics based on children’s interests. 

If children are curious about something, they may want to conduct an experiment using the concepts taught. Thus, they can answer questions such as “what”, “how” and “why”, based on their findings.

Encourages application of knowledge

In the STEM education system, children are taught skills that are applicable in real-life. This can motivate them to learn and identify the skills that are more relevant to them. When they gather knowledge about how to deal with life issues, they also get prepared to enter the workforce.

The programs are designed in a way that promotes learning activities that show real-life applications of ideas, which can benefit the child and society. Children can see how what they are learning now can benefit them in the future. For example, engineering for kids offers an enrichment program for young children, which may support them as they choose their career path.

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