Using Technology and Evidence to Promote Cultures of Educational Innovation: The Example of Science and Mathematics Education
[2023-09-14 09:36:52]
In order to increase the opportunities for students to learn important knowledge and skills in the 21st century, education must become more innovative. As proven by many publications, society evaluates students who are good at solving free problems, working with other people, and participating in innovation. Students must cope more with long-term challenges that are complex and of no type. Society also deepens the understanding of the STEM field of science, technology, engineering, and mathematics, while feeling that it is urgently necessary for students to apply these skills. Our existing education system is mainly designed to meet the learning needs of the industrial era and it is not suitable for these new needs. We must invent new knowledge and innovative teaching methods. When we think about what these new ways should be, the technology as a substitute for change is clearly attractive. People find different words to name this charm. Technology has been alleged to make education more "personalized", to provide accessibility "anytime, anywhere", or to make learning more "connected". Although rhetoric is different, the basic charm is the same. The ability to be as flexible and powerful as today's information and communication technology (ICT) must be an important tool for inventing future learning (US Department of Education, 2010)
STEM is an acronym for science, technology, engineering, mathematics. This term is often used for education, which is considered an educational method. In STEM education, students are provided scientific, technical, engineering and mathematical knowledge to improve their thinking. It makes the thinking process more innovative and practical. The world is dominated by four fields of science, technology, engineering and mathematics. Both theoretical knowledge and practical knowledge about these will help individuals to accept the theory of everything in a better way and to present knowledge in such a way as to benefit individuals and states.
Technical education is a means of teaching students the technical and engineering elements of science, technology, engineering, mathematics (STEM) education as described in the Science and Technology Standards (PDF) of Pennsylvania State. Technical education is a collection of science-independent but scientific-related knowledge with specific content, curriculum, and specific certification requirements. Technology is the application of human tools, materials, processes, and systems to solve problems and benefit human beings. We use the technology to improve the world we live in. These improvements may include the need for survival (eg, food, shelter, and defense), or they may be related to human desire (eg, knowledge, art, management). Unexpected benefits, unexpected costs, unexpected risks may be included. Technical education includes a wide range of knowledge and activities
Technological, economic and cultural changes in society over the past 50 years have made it more appropriate and accessible to many important mathematical ideas in their work and daily life. With the popularity of mathematics, mathematics education has both responsibility and opportunity. It is the educator's responsibility to provide high quality mathematical education for all students. A recent report by the National Academy of Sciences (NAS) "Preparation for the 21st Century: Education is Essential" (National Research Council, 1997) is a subtle summary of this.