* Study chemical reactions and equations, create models, and demonstrate the atomic rearrangement processes of chemical equations.
* Adjust acidity and pH levels in fieldwork, measure the pH of local water sources, and discuss their environmental impacts.
* Learn the basics of organic chemistry with online or on-site lectures by chemistry experts, discussing the application of organic chemistry in pharmaceuticals and material science.
Study forces and motion, electricity and magnetism, light and waves, organize students to watch related experiment videos, conduct virtual lab simulations, and then arrange field learning. Visit science centers to observe large electromagnetic devices, enabling students to analyze physical phenomena in everyday life.
Mathematical Puzzles:
Solve Sudoku, logic puzzles, and other math problems to strengthen students' logical mathematical abilities. Organize puzzle-solving days where students challenge themselves with a series of increasingly difficult puzzles.
Shapes and Spatial Thinking:
Build geometric puzzles and 3D models to help students understand shapes, spatial relationships, and dimensions.
Teach students how to use mathematical models to describe and solve real-world problems like environmental changes and traffic flow.
Use computer-aided design software to create models, enhancing students' spatial imagination and design abilities. Students participate in creating models to solve real-life problems.
Course Programs
Scientific Logical Thinking
