What is STEM
Science, Technology, Engineering and Mathematics is an educational program to prepare secondary learners or Senior High School students that will pursue careers in the field of Science Technology and Engineering. STEM education focuses on educating future generations for successful jobs in science, technology, engineering, and mathematics (STEM). STEM education provides children with skills that expand beyond those required for success in STEM careers, preparing them to enter any industry with valuable skill sets that enable them to achieve their goals. Stem aims to develop Logical Reasoning, Collaboration Skills and Critical Thinking. Science
The first component of STEM is Science, science is an exacting, systematic study that develops and organizes information in the form of verifiable explanations and global forecasts. Technology, Technology, sometimes referred to as the transformation and manipulation of the human environment, is the application of scientific knowledge to the practical goals of human life.The growth of technology, which transforms communication, transportation, healthcare, and other aspects of contemporary life, relies on computer science, information technology, software development, and engineering. Engineering, Engineering is the profession of solving technological issues, increasing efficiency and manufacture, and improving systems by utilizing natural science, mathematics, and the engineering design process Many subfields of modern engineering exist, including the design and improvement of infrastructure, machines, automobiles, electronics, materials, and energy systems. Mathematics, Mathematics is a field of knowledge that covers the subjects of numbers, formulas, and associated structures, shapes and the places in which they exist, and quantities and their variations. Mathematics has significance to the natural sciences, engineering, medicine, finance, computer science, and social sciences. Although mathematics is often used to model phenomena, its essential principles are independent of any scientific experimentation.
The analytical, problem-solving, and critical thinking abilities that STEM education teaches students are applicable to a wide range of vocations. Additionally, it encourages invention and creativity, both of which are crucial for tackling the most important issues facing society. Students that pursue a STEM education have a wide range of options to participate in STEM-related activities. These tasks could involve inventing and testing novel materials, constructing and building robots, writing computer programs, and doing in-depth data analysis.
To summarize, STEM programs are comprehensive multidisciplinary topics that can be learned by students of all ages. STEM fields are powerful forces of invention and development, resulting in cutting-edge technology and developments that improve our daily lives. STEM education is vital because it provides students with numerous benefits, such as establishing programs that allow for deeper learning and teaching them critical skills that will help them thrive in life.
Shyra Marie D. Artillero 11-Perfection
