1. Increase investment in science education: The government should increase investment in science education, improve the hardware facilities and software level of science education, and provide better teaching conditions for science education.
2. Strengthen the construction of teachers in science education: Science education needs a high-quality and professional teacher team. The government should strengthen the training of science education teachers, improve teachers' scientific literacy and teaching ability, and encourage schools to introduce excellent science education talents.
3. Optimize the science education curriculum: Schools should optimize the science education curriculum, pay attention to cultivating students' scientific literacy and practical ability, and offer a variety of elective courses and activities in combination with local realities and students' needs to stimulate students' interest and enthusiasm in learning.
4. Promote experimental teaching: Science education requires students to practice by themselves, and experimental teaching is an important means to improve the quality of science education. Schools should strengthen the construction of experimental teaching facilities, provide more experimental opportunities for students, encourage students to participate in extracurricular scientific and technological activities, and broaden their knowledge and horizons.
5. Pay attention to family education: Family education is equally important in science education. Parents should pay attention to cultivating children's scientific interest and spirit of inquiry, encourage children to participate in more scientific and technological activities, read more popular science books, and cultivate their scientific literacy and practical ability.
6. Strengthen the combination of science education and social practice: Science education cannot be divorced from social reality, but should be combined with social practice. Schools can organize students to participate in various social practice activities, such as science and technology exhibitions, scientific experiments and environmental protection activities. Let students increase their knowledge and exercise their ability in practice.
7. Popularize information means of science education: With the continuous development of information technology, information means of science education is becoming more and more important. Schools can promote the use of digital teaching resources, such as online courses and virtual experiments, to improve the efficiency and effectiveness of science education.
8. Create a good atmosphere for science education: The government, schools and society should work together to create a good atmosphere for science education. We can improve the public's understanding and attention to science education by publicizing scientific knowledge, holding popular science activities and commending outstanding scientific and technological talents.
The meaning of reduction in the double reduction policy
On the one hand, it reduces the learning burden of students. In the past model, students not only had to bear the pressure of studying for a long time at school, but also attended various cram schools after school, which undoubtedly increased their physical and mental burden. After the implementation of the double reduction policy, the school reduced the amount of homework, shortened the time of students in school, and gave students more time and space for free activities, so that they could really relax and enjoy the fun of childhood.
On the other hand, reducing the burden also means reducing the burden of students' off-campus training. In the past, many parents blindly pursued students' test scores and were keen to send students to various off-campus trainings. This situation has been effectively controlled after the implementation of the double-drop policy.