Dr. Meng Liu Jin
Research Fellow, Postdoctoral Research Station of Huafa Group; Vice Principal, Science and Research at Zhuhai Yungwing School (Doumen)

Biography

Dr. Meng Liujin. Ph.D. from The Chinese University of Hong Kong, Zhuhai City High-caliber Talent, Member of Zhuhai City Educational Expert Pool, Research Fellow at the Postdoctoral Research Station of Huafa Group, Vice Principal at Zhuhai Yungwing School (Doumen).Drawing from 16 years of frontline education experience across the UK, Hong Kong, Macau, and mainland China’s K-12 education systems. Specializes in curriculum development, education evaluation, science education and life education. Led various key research projects and teaching achievements including cross-disciplinary learning experiences, home-school collaborative science inquiry models, and cognitive competency . Her team win over 200 competition awards annually.

Topic

Developing Thinking Skills: A Visual Approach for K-12 Science Education

Developing Thinking Skills: A Visual Approach for K-12 Science Education

Abstract

“Tell me, I forget. Show me, I remember. Involve me, I understand.” Active participation is key to learning. Based on comprehensive empirical research spanning eight years, our study shows that turning students’ scientific ideas into visual formats helps them spot patterns and think creatively. Visual learning works well because 90% of what our brain processes comes through our eyes, and combining words with pictures helps us remember and understand information better, while also facilitating interpretation, utilizing information effectively, and enhancing creative expression.

For students ages 6-15, we focus on making three things visual: scientific concepts, study topics, and research methods. We use tools to show how concepts connect, turn abstract ideas into clear pictures, and help students understand better. We use diagrams to explain scientific topics clearly across different subjects and skill levels. We also use tools like mind maps to organize information. These visual tools are becoming more important in today’s education and work alongside AI without being replaced by it.

We’ve created 100 learning templates, including basic tools like Venn diagrams and step-by-step charts that work for different learning situations. These tools help students organize information, make connections, and solve problems while getting more involved in their learning. This research outcome has won national and provincial-level teaching achievement awards for the recent three consecutive years. It helps prevent rushed conclusions and mechanical learning, saves time, and makes learning easier for all types of students by reducing mental strain.