What is STEM Education

STEM education is an interdisciplinary approach that focuses on hands-on, problem-based learning to help students succeed in college and future careers. For the latest research on integrated STEM education, see the National Research Council report, STEM Integration in K-12 Education. STEM education is a way of teaching and learning that combines science, technology, engineering, and mathematics. Its latest successor, STEAM, also includes the arts, and the arts “have the ability to push the boundaries of STEM teaching and use,” the STEM Education Guide says.

STEAM aims to promote discussion and problem solving among students and to develop practical skills and an understanding of collaboration, according to the Arts and STEAM Integration Promotion Agency. STEM is something completely different. And very difficult. If you’re still a little unsure, don’t worry – STEM is a complex concept. If you know what a college-level STEM course actually looks like for students, you might have an easier time understanding what it’s like to be a STEM student.

STEM is particularly difficult in science and math

Remember, STEM focuses on the fields of science, technology, engineering, and math. Technology and engineering sound interesting (who wouldn’t want to build a robot in the classroom?), but science and math are less fun for most graduates. Unfortunately, the ability to learn these two subjects quickly is a key prerequisite for success in engineering and science fields.

Preparing students for careers in STEM fields According to the US Department of Education, “all young people must be able to think deeply and well to have the opportunity to become innovators, educators, researchers, and leaders who will solve the most pressing challenges facing our country and the world today and tomorrow.” But right now, our young people aren’t getting enough opportunities for high-quality STEM education, and too few students are considering these fields as a stepping stone to a career.

What are STEM careers?

The best jobs in STEM fields include positions in computer science, engineering, physics and biology, and math. There are a growing number of jobs in healthcare, business, data analytics and other fields that require math and science knowledge and skills, but are not considered traditional STEM jobs In 2015, math and science graduates could claim twice as many jobs as students in other fields Employment in STEM fields is important because of the Salaries are not only higher, they are often higher. For example, a graduate with a computer science degree in Colorado can expect to earn $95,000. That’s about twice the average starting salary in Colorado.