1. Understanding of scientific knowledge: Help students master basic scientific knowledge related to nature and human society, including knowledge of matter and energy, earth and universe, biology and environment. Cultivate students' understanding of scientific phenomena and principles through vivid and interesting teaching methods.
2. Cultivation of scientific thinking: To cultivate students' scientific thinking abilities such as observation, classification, comparison, reasoning and explanation. Through experiments, observation and investigation, we can guide students to form a scientific way of thinking and cultivate their logical thinking and problem-solving ability.
3. Learning of scientific methods: guiding students to learn the basic methods in scientific practice, including asking questions, making assumptions, designing experiments, collecting data, analyzing results and drawing conclusions. Cultivate students' experimental skills and observation ability, let them experiment and explore by themselves, and cultivate their practical ability and innovative spirit.
4. Improvement of scientific literacy: cultivate students' interest and curiosity in science and stimulate their initiative in learning and exploration. By cultivating scientific morality and scientific ethics consciousness, students can be guided to treat scientific knowledge and development correctly, and their critical thinking and scientific spirit can be cultivated.
Achievements of science education in primary schools
1, knowledge reserve: let students master basic scientific knowledge through primary school science education. They learned the basic concepts of nature and matter, and learned about the earth and the universe, biology and environment. This knowledge provides a foundation for them to further study and understand science.
2. Improvement of practical ability: Science education in primary schools improves students' practical ability through practical operation and experimental activities. Students learn to use experimental equipment, conduct simple experimental design and observation, and obtain data and results from it. This improvement of practical ability laid a foundation for them to carry out more complex scientific research in the future.
3. Interest cultivation: Science education in primary schools aims to stimulate students' interest and curiosity in science. Through lively and interesting teaching contents and practical activities, students have developed a strong interest in science and hope to further learn scientific knowledge. The cultivation of this interest provides a good impetus for their future scientific research and development.