Many technological based schools and universities use an education system known as STEM. STEM stands for science, technology, engineering and mathematics, but rather than teaching these subjects individually STEM merges it into one course that focuses on objective or obstacles you would go through in real life.
Computer Science – 71 percent
Basic Engineering – 16 percent
Science – 13 percent
Maths – 2 percent
In the future many STEM-related jobs will be offered across the world, in fact according to Ex-President Obama there will be around 8.65 million employees in teaching STEM in the United States alone. According to the Australian curriculum “Widespread concern about Australia’s performance in STEM disciplines, the take-up of STEM careers and the likely impact on Australia’s international competitiveness has resulted in the development and publication of the Education Council’s National STEM School Education Strategy” This was said in 2015,
Different levels of education teach STEM differently, Elementary schools teach STEM to an introductory LEVEL which offers standard question answer – based problems that you would face in the real world, of course in Elementary schools it’s simplified. Intermediate level students are taught more challenging problems that are career based, this means that the academic requirements need to heavily increased. High School goes beyond what Intermediate level students do and conveys more in-school and out-of-school opportunities and focuses on more practical tasks. As a conclusion STEM is the future of computer learning and it’s assets will definitely prove useful to the future generations.