STEAM Skills Drive Innovation and Future Growth

In recent years, a lot is being spoken about STEAM skills and the importance of it in the future growth of young minds. Let’s go into the details of what exactly STEAM is all about.

What is meant by STEAM Skills?

STEAM stands for Science, Technology, Arts, Engineering and Math, and is an education grouping that is used in many countries all over the world. The acronym is used typically to refer to the choice of curriculum in educational institutions and the importance of developing these skills in children with an aim of putting them at an advantage for their later professional lives. Initially, the term was developed as STEM, but educationists put forward the argument that creative components were equally important to innovation and competition at the workplace. These skills were categorized under Arts, and the ‘A’ was added to make STEM to STEAM. After all, while science, technology, and similar subjects are vital to development, the importance of creativity and liberal thinking too cannot be undermined for all-round growth.

Why are STEAM Skills important?

Developing STEAM skills in students is important as there is an increasing demand worldwide for such advanced skills in order to encourage innovation in these disciplines in the real world. In fact, according to the US Department of Commerce, jobs that need people with STEM skills are growing at a much faster rate than occupations that don’t require such skills. Chances are that this demand will widen the skills gap in the near future.

It is important for educational institutions, the government, and the community to work towards creating a talent pool of students with advanced STEAM skills for future development on a global level. The success and importance of STEAM skills in students may not be evident at the school level, but much later when their talent is important to innovation and the overall growth of a nation. In places such as Europe and the United States, investment in these disciplines is being increasingly considered as a way to boost innovation, particularly in sectors such as manufacturing, which can help an entire economy to grow and flourish. These major economies are realizing the widening gap between the demand of a skilled STEAM workforce and graduates with degrees in these academic disciplines, and as such are making significant efforts to cultivate an interest in STEAM subjects among young students. Parents can also help in improving these skills in children by the use of resources that make learning about science, mathematics, and similar disciplines a fun process while also encouraging creative thinking at the same time.

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