Primary school mathematics education mainly studies the basic theories, knowledge and skills of mathematics education, and has the preliminary ability of mathematics teaching research and application. I can skillfully use modern educational means and methods to carry out mathematics education and teaching, and have certain abilities in education, teaching, scientific research and class management.
The primary school mathematics education major with the professional code of 570 105K is a junior college (higher vocational) level, with a three-year academic system. The major categories are pedagogy and physical education, and no degree will be awarded after graduation. Courses offered include: advanced mathematics, linear algebra, probability statistics, operational research, mathematical modeling, elementary number theory, modern educational technology, mathematics curriculum and teaching theory, psychology, pedagogy and so on.
Students will study mathematical analysis, advanced algebra, spatial analytic geometry, probability theory and mathematical statistics, elementary number theory, elementary mathematics basic theory, elementary mathematics teaching design, elementary science teaching method and other courses.
Matters needing attention in primary school mathematics education and learning;
1, consolidate the basic knowledge
The study of primary school mathematics is the stage of accumulation and consolidation of basic knowledge, so we should pay attention to mastering basic concepts, operational skills and problem-solving methods. Review and consolidate the basic knowledge in time and lay a solid foundation in mathematics. Flexible use of mathematical knowledge to solve practical problems. We should not only cultivate the ability to solve practical problems, but also pay attention to thinking and exploration.
2, pay attention to understand the application
Pay attention to understanding mathematical concepts and principles, and don't just memorize and apply formulas mechanically. Through examples and real-life application scenarios, it helps to understand and apply mathematical knowledge.
3. Diversified learning methods
Mathematics learning can be carried out through classroom teaching, exercises, games and practical activities. Combine different learning methods to improve interest and participation in learning.
4. Be good at divergent thinking
Mathematics learning needs to cultivate students' thinking and exploration ability. Encourage students to ask questions, think about different ways to solve problems, and cultivate divergent thinking and creative thinking ability.