Approximately 3 million jobs are unfilled due to lack of basic technical skills to fill them, we should step up efforts and make STEM education a top priority. Innovations from the fields of science, technology, engineering and mathematics (STEM) have affected almost every aspect of human life positively and scientific innovations do not arise on their own because each is produced by scientists hard work and ingenuity.
Effective STEM education is vital to ensure that the workforce remains competitive with others around the world. Education to innovate STEM education is a focus of many policy makers, business and industry leaders, philanthropic foundations, and educational leaders because data indicate that there will be accelerated growth in the number of STEM jobs and that the economy will generate over the next decade, especially in comparison with other professions. Science, technology, engineering, and math (STEM) are all over the place, came from all levels of our society, affect every aspect of our lives, and are vital to our future. Scientific and technological issues are increasingly dominating national discourse, ranging from environmental debates on climate change and invasive species economic threats to cloning concerns, genetically modified foods, and vaccine use. STEM also plays an important role in finding solutions when a pandemic strikes or addresses national security and defense issues. In our globally driven innovation economy, STEM is a necessity for success. Technology is no longer just a cool gadget or toy, it is a tool that changes our lifestyle and students need academic rigor in STEM subjects as well as various mentors who demonstrate to each student that they can also be leaders in STEM.
In math or science classrooms where students build bridges or program robots, it is important to Inspire. Empower. Transform students. People, professionals, students-all-creates innovation when inspired and motivated to re-imagine their world. We know this is when there is true achievement, so let us help you make a difference in today’s world. STEM disciplines are no longer standing alone as separate career areas, and many real-world situations actually require problem-solving strategies that include integrated solutions from each of these four fields. As global competition increases, more STEM-educated workers are vital and, as a result, our ability to innovate, increase productivity and compete effectively in a growing global economy. STEM workers are in demand and these jobs need to be filled in in order to achieve economic growth and remain competitive internationally. However, STEM education is embedded in the general education system and its dynamics, especially in the labor market as a whole, carries a premium. Over the past century, education has become an increasingly important determinant of life chances and lifestyles, especially post-secondary education. STEM education is special because it is necessary for employment in science or engineering. While it is possible, indeed common, to pursue a career outside of science and engineering for someone with STEM education, pursuing a career in STEM is very difficult for someone without STEM education. There are good reasons to believe that STEM education’s social determinants, like the determinants of science careers, are different from those of general education Early childhood education and STEM education are both at the forefront of recent education, but they are rarely discussed together, despite significant overlaps. Early childhood education of high quality must include attention to science, technology, engineering, and math.
With language and literacy, to maximize its benefits and effectiveness, STEM education should start early and with so much focus on early childhood education and separate STEM education, it is important to create and implement an ambitious but achievable vision for the future of STEM education for young children. STEM-educated workforce is vital for new ideas, flexibility and critical thinking to be generated. Meanwhile, some reports suggest that women have benefited from STEM education and women may be underrepresented in some STEM careers, but they are outstanding in others and either matching or exceeding their share in the overall and focusing on STEM has also provided a tiny advantage in science and technology.