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The Rise of STEM Education: What You Need to Know

STEM education stands for Science, Technology, Engineering, and Mathematics. It is a subject of general studies that deals with science and technology. Nowadays, all over the world, organizations are improving the skill development of students by providing better educational resources and facilities. This prevents them from getting bored as they will have to face tough competition later and also provides opportunities to find jobs in the competitive market of market. All four subjects have their own importance, so I think it’s better to have an education in all of these subjects.


Background of STEM Education


Background of STEM Education

The historical context of STEM education

STEM education originated during the Cold War when American policymakers were concerned about the Soviet Union’s scientific and technological advances. In 1958, President Dwight D. Eisenhower signed legislation creating the National Defense Education Act (NDEA). This act established the Office of Defense Mobilization and created programs such as Project Talent which focused on improving science education. In 1961, Congress passed another law that expanded upon NDEA and called for federal funding of scientific research at universities across the country

In 1965, President Lyndon B. Johnson signed legislation establishing the National Aeronautics and Space Administration (NASA), an agency dedicated to space exploration. The following year, he signed another law creating the Department of Transportation. Both agencies have played an important role in developing STEM curriculums over time.

In 1969, Apollo 11 landed on the moon with astronauts Neil Armstrong and Buzz Aldrin becoming “Earth’s first emissaries” (Forsyth & McFarlane 2012). This event was considered one of humanity’s greatest achievements.


 Why STEM Education is Important?


 Why STEM Education is Important


As per research conducted by the Top International Schools in India, The STEM fields (science, technology, engineering, and math) are transforming the world. They’re also transforming our economy. The U.S. Department of Commerce predicts that over the next decade, STEM-related jobs will grow at twice the rate of other occupations.

A career in a STEM field can open doors to some of the most exciting careers in business and industry today. But how do you become a scientist or engineer? And what makes these jobs so appealing?

A STEM education provides students with hands-on learning opportunities that prepare them for future careers in science, technology, engineering, and math. In addition to developing valuable skills needed to succeed in these fields, they also instill an appreciation for scientific inquiry that can inspire curiosity and further exploration into the world around us.

STEM education is vital to our global competitiveness as well as economic growth within the United States. The National Science Foundation (NSF) has found that every dollar spent on public elementary or secondary school science or mathematics instruction yields $4-$10 worth of benefits in future earnings from improved higher education attainment rates and increased domestic production of goods and services made possible by science and technology innovations developed by America’s scientists and engineers.

If you’re going to be a successful business leader in today’s economy, it’s critical that you understand the value of STEM education. The science, technology, engineering, and mathematics fields are responsible for almost all the innovation that drives our global economy.

STEM is also essential for U.S. competitiveness on the world stage. Globally, nations are competing to attract STEM talent and train their citizens in these fields. If we don’t get serious about educating our young people in these areas, we will fall behind other countries that do — and this will have a direct impact on our nation’s ability to compete economically on the global stage.


How to Promote STEM Education?

Strategies for promoting STEM education

There are many strategies for promoting STEM education. One highly effective strategy is to encourage girls in STEM fields, as they are still underrepresented in these fields. Another strategy is to promote the skills and abilities of STEM professionals so that students see the value of these subjects and careers. The following are some ways to promote STEM education:

Another survey done by the best Schools in India shows that Encourage girls in STEM fields. There is a strong tendency for girls to avoid STEM fields in favor of other subjects like biology or psychology, even though there are many opportunities available for women in these areas. This can be changed by encouraging girls to pursue science-related fields and careers, which will increase the number of women working in science-related occupations.

– Promote the skills and abilities of STEM professionals. Many people do not realize how much work goes into a career in science or technology. As a result, they may think that it is not worthwhile or important enough to pursue such a career path when compared to others such as business or law. However, studies have shown that being able to use your brain creatively can lead to better job security than many other professions because you will never be outmoded by technology or automation (think about how many jobs were lost.

Government policies to promote STEM education

As part of the Obama administration’s goal to double the number of students graduating from college with STEM degrees, the Department of Education has encouraged states to adopt policies that support STEM education programs. In 2015, Congress passed the Every Student Succeeds Act (ESSA), which requires states to develop a plan for improving student achievement in science and mathematics. To help states meet this requirement, the Department of Education has developed resources for state policymakers that include recommendations for promoting STEM education and improving teacher preparation.


STEM Education Policy Recommendations

In addition to ESSA, there are many other federal policies that support STEM education. Some examples include:

The National Science Foundation (NSF) supports research and education projects that improve science literacy among students and adults. More than 60% of NSF’s budget goes directly toward research grants awarded through peer-review processes that determine their merit based on scientific or scholarly merit, broader impacts, and the potential for future societal benefit. The remaining funds are allocated to research equipment purchases, summer workshops and conferences, university research institutes, graduate fellowships, and more.

The U.S. Department of Energy (DOE) offers several resources for educators interested in incorporating energy concepts into their classroom instruction. DOE’s Office of Science provides grants.

Challenges Facing STEM Education


Challenges Facing STEM Education

Lack of diversity in STEM fields

The STEM fields are facing a crisis

The number of college students majoring in science, technology, engineering, and math (STEM) has been declining for several years. In 2015, only 25% of college graduates majored in STEM fields, down from 31% in 2009. The U.S. Bureau of Labor Statistics estimates that by 2020, there will be 1.4 million more jobs than qualified applicants to fill them — a gap that’s increasing every year.

In short, we’re not producing enough STEM graduates to fill the needs of American companies and our economy as a whole. And it’s not just about getting more people into STEM fields; it’s also about making sure those who are already there are diverse and representative of the population at large.

The gender gap in STEM education

STEM education is one of the most important areas for young people. The STEM fields include science, technology, engineering, and mathematics. STEM jobs are among the most in-demand careers in the country, according to the Bureau of Labor Statistics (BLS).

The BLS projects that STEM occupations will grow by 17 percent between 2012 and 2022 — about double the rate for all other jobs. The increasing number of STEM jobs is due to an aging workforce and technological advances in many industries.

STEM education provides a path to a successful career in one of these high-growth fields. However, some critics point out that there is a gender gap in STEM education as well as in STEM careers.

Accessibility and affordability of STEM education

The U.S. has a STEM (science, technology, engineering, and math) education problem. High school students are not studying enough math and science, which is why the number of bachelor’s degrees awarded in the field has declined since 2000.

The reasons for this decline are complex, but one of them is certainly affordability. The cost of higher education has increased at twice the rate of inflation over the past decade, according to a 2012 report from the State Higher Education Executive Officers Association (SHEEO). The burden falls hardest on low-income students who are less likely to graduate or pursue a four-year degree because they don’t have access to affordable financial aid options like grants or scholarships.



STEM education is important to our future as a nation and as a world. We believe that students should have the opportunity to engage in STEM learning and that they would benefit from the experience. But we also recognize that there are roadblocks to this type of education becoming available to these students, and we encourage educators to work together to overcome these obstacles and provide effective STEM projects for their students.

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